%--------------------------------------------------------------------------
% F16 aerodata tables from NASA report 1538
%--------------------------------------------------------------------------
%--------------------------------------------------------------------------
% E. van Oort & L. Sonneveldt 
% May, 2006
%--------------------------------------------------------------------------
clear;
clc;

% variables
f16data.alpha1 = [-20 -15 -10 -5 0 5 10 15 20 25 30 35 40 45 50 55 60 70 80 90];
f16data.beta = [-30 -25 -20 -15 -10 -8 -6 -4 -2 0 2 4 6 8 10 15 20 25 30];
f16data.de1 = [-25 -10 0 10 25];
f16data.alpha2 = [-20 -15 -10 -5 0 5 10 15 20 25 30 35 40 45];
f16data.de2 = [-25 0 25];
f16data.de3 = [-25 -10 0 10 15 20 25]; %only used for deep stall data

%--------------------------------------------------------------------------
% CX,T
%--------------------------------------------------------------------------
% CX(alpha1,beta,de1)
f16data.CX(:,:,1) = [-0.1837   -0.1853   -0.1904   -0.1899   -0.1949   -0.1914   -0.1872   -0.1860   -0.1860   -0.1868   -0.1899   -0.1902   -0.1900   -0.1896   -0.1883   -0.1833   -0.1838   -0.1787   -0.1771;
   -0.1714   -0.1765   -0.1792   -0.1827   -0.1816   -0.1834   -0.1852   -0.1853   -0.1877   -0.1875   -0.1898   -0.1876   -0.1868   -0.1848   -0.1841  -0.1852   -0.1817   -0.1790   -0.1739;
   -0.1531   -0.1627   -0.1692   -0.1718   -0.1695   -0.1693   -0.1707   -0.1735   -0.1772   -0.1787   -0.1769   -0.1729   -0.1711   -0.1706   -0.1698  -0.1721   -0.1695   -0.1630   -0.1534;
   -0.1151   -0.1232   -0.1276   -0.1317   -0.1390   -0.1415   -0.1420   -0.1425   -0.1437   -0.1432   -0.1425   -0.1422   -0.1410   -0.1397   -0.1372  -0.1299   -0.1258   -0.1214   -0.1133;
   -0.0907   -0.0985   -0.1043   -0.1093   -0.1120   -0.1115   -0.1122   -0.1124   -0.1130   -0.1132   -0.1129   -0.1119   -0.1110   -0.1102   -0.1092  -0.1065   -0.1015   -0.0957   -0.0879;
   -0.0514   -0.0567   -0.0603   -0.0640   -0.0653   -0.0661   -0.0668   -0.0675   -0.0690   -0.0693   -0.0686   -0.0680   -0.0664   -0.0650   -0.0649  -0.0631   -0.0594   -0.0558   -0.0505;
   -0.0079   -0.0108   -0.0099   -0.0101   -0.0074   -0.0070   -0.0078   -0.0090   -0.0116   -0.0120   -0.0123   -0.0106   -0.0088   -0.0083   -0.0080  -0.0107   -0.0105   -0.0114   -0.0085;
    0.0354    0.0358    0.0388    0.0402    0.0477    0.0503    0.0535    0.0553    0.0538    0.0537    0.0533    0.0536    0.0527    0.0509    0.0485  0.0410    0.0396    0.0366    0.0362;
    0.0740    0.0756    0.0746    0.0745    0.0867    0.0888    0.0924    0.0941    0.0948    0.0951    0.0975    0.0939    0.0913    0.0867    0.0824  0.0702    0.0703    0.0713    0.0697;
    0.1092    0.1124    0.1102    0.1067    0.1101    0.1121    0.1126    0.1129    0.1123    0.1111    0.1122    0.1125    0.1136    0.1115    0.1075  0.1041    0.1076    0.1098    0.1066;
    0.0915    0.1010    0.0975    0.1079    0.1188    0.1333    0.1399    0.1422    0.1443    0.1435    0.1431    0.1407    0.1379    0.1359    0.1323  0.1214    0.1110    0.1145    0.1050;
    0.1079    0.1137    0.1198    0.1278    0.1402    0.1425    0.1478    0.1570    0.1623    0.1663    0.1667    0.1664    0.1637    0.1560    0.1460  0.1336    0.1256    0.1195    0.1137;
    0.1306    0.1437    0.1350    0.1441    0.1574    0.1585    0.1601    0.1682    0.1726    0.1739    0.1711    0.1699    0.1655    0.1611    0.1567  0.1434    0.1343    0.1430    0.1299;
    0.1535    0.1603    0.1605    0.1604    0.1637    0.1671    0.1664    0.1639    0.1674    0.1659    0.1649    0.1650    0.1625    0.1597    0.1573  0.1540    0.1541    0.1539    0.1471;
    0.1471    0.1584    0.1646    0.1671    0.1712    0.1712    0.1676    0.1644    0.1656    0.1693    0.1714    0.1728    0.1749    0.1725    0.1730  0.1537    0.1457    0.1435    0.1362;
    0.1554    0.1615    0.1568    0.1661    0.1778    0.1769    0.1765    0.1749    0.1762    0.1804    0.1743    0.1666    0.1677    0.1724    0.1761  0.1722    0.1347    0.1448    0.1442;
    0.1501    0.1599    0.1647    0.1525    0.1664    0.1662    0.1704    0.1710    0.1719    0.1718    0.1728    0.1730    0.1734    0.1721    0.1688  0.1471    0.1462    0.1486    0.1460;
    0.1501    0.1536    0.1569    0.1420    0.1573    0.1595    0.1788    0.1715    0.1738    0.1695    0.1710    0.1712    0.1730    0.1720    0.1686  0.1474    0.1567    0.1557    0.1545;
    0.1685    0.1615    0.1559    0.1520    0.1521    0.1521    0.1535    0.1585    0.1566    0.1598    0.1573    0.1563    0.1586    0.1558    0.1572  0.1410    0.1410    0.1467    0.1538;
    0.1712    0.1651    0.1608    0.1648    0.1676    0.1660    0.1686    0.1667    0.1669    0.1660    0.1672    0.1662    0.1664    0.1711    0.1677  0.1531    0.1493    0.1549    0.1624];
f16data.CX(:,:,2) = [-0.1362   -0.1351   -0.1419   -0.1386   -0.1374   -0.1330   -0.1268   -0.1249   -0.1222   -0.1223   -0.1246   -0.1247   -0.1252   -0.1257   -0.1282  -0.1294   -0.1327   -0.1259   -0.1270;
   -0.1216   -0.1245   -0.1235   -0.1208   -0.1176   -0.1176   -0.1170   -0.1177   -0.1184   -0.1188   -0.1185   -0.1187   -0.1182   -0.1178   -0.1184  -0.1216   -0.1243   -0.1253   -0.1224;
   -0.1018   -0.1066   -0.1068   -0.1071   -0.1061   -0.1068   -0.1072   -0.1083   -0.1094   -0.1147   -0.1095   -0.1084   -0.1077   -0.1063   -0.1069  -0.1079   -0.1076   -0.1074   -0.1026;
   -0.0655   -0.0706   -0.0746   -0.0771   -0.0836   -0.0864   -0.0876   -0.0887   -0.0889   -0.0893   -0.0885   -0.0875   -0.0859   -0.0842   -0.0812  -0.0747   -0.0722   -0.0682   -0.0631;
   -0.0483   -0.0509   -0.0532   -0.0544   -0.0578   -0.0589   -0.0597   -0.0606   -0.0613   -0.0617   -0.0611   -0.0603   -0.0595   -0.0577   -0.0561  -0.0527   -0.0515   -0.0492   -0.0466;
   -0.0118   -0.0106   -0.0096   -0.0102   -0.0142   -0.0148   -0.0155   -0.0161   -0.0177   -0.0172   -0.0178   -0.0167   -0.0156   -0.0141   -0.0133  -0.0093   -0.0087   -0.0106   -0.0127;
    0.0268    0.0328    0.0367    0.0399    0.0412    0.0417    0.0408    0.0413    0.0406    0.0399    0.0399    0.0409    0.0415    0.0414    0.0412  0.0399    0.0367    0.0328    0.0268;
    0.0735    0.0800    0.0887    0.0934    0.0983    0.1006    0.1024    0.1034    0.1033    0.1027    0.1031    0.1027    0.1018    0.1008    0.0983  0.0934    0.0887    0.0800    0.0735;
    0.1222    0.1275    0.1258    0.1249    0.1326    0.1347    0.1350    0.1349    0.1325    0.1322    0.1332    0.1338    0.1343    0.1310    0.1298  0.1221    0.1230    0.1247    0.1194;
    0.1374    0.1474    0.1466    0.1454    0.1465    0.1485    0.1485    0.1453    0.1429    0.1407    0.1418    0.1443    0.1457    0.1442    0.1439  0.1428    0.1440    0.1448    0.1348;
    0.1056    0.1261    0.1297    0.1437    0.1500    0.1619    0.1655    0.1660    0.1663    0.1651    0.1640    0.1643    0.1624    0.1615    0.1593  0.1530    0.1390    0.1354    0.1149;
    0.1075    0.1154    0.1299    0.1377    0.1523    0.1581    0.1722    0.1789    0.1801    0.1795    0.1793    0.1804    0.1782    0.1749    0.1675  0.1529    0.1451    0.1306    0.1227;
    0.1335    0.1412    0.1365    0.1456    0.1597    0.1622    0.1725    0.1762    0.1798    0.1798    0.1810    0.1771    0.1710    0.1702    0.1659  0.1518    0.1427    0.1474    0.1397;
    0.1521    0.1486    0.1517    0.1520    0.1608    0.1613    0.1597    0.1671    0.1667    0.1671    0.1664    0.1653    0.1629    0.1597    0.1569  0.1481    0.1478    0.1447    0.1482;
    0.1346    0.1410    0.1422    0.1486    0.1561    0.1570    0.1538    0.1511    0.1515    0.1544    0.1549    0.1547    0.1560    0.1538    0.1544  0.1469    0.1405    0.1393    0.1329;
    0.1375    0.1367    0.1251    0.1336    0.1467    0.1472    0.1475    0.1465    0.1462    0.1488    0.1433    0.1361    0.1370    0.1405    0.1431  0.1300    0.1215    0.1331    0.1339;
    0.1316    0.1360    0.1355    0.1154    0.1285    0.1289    0.1336    0.1351    0.1372    0.1383    0.1356    0.1320    0.1387    0.1323    0.1310  0.1179    0.1380    0.1385    0.1341;
    0.1171    0.1174    0.1185    0.1108    0.1161    0.1187    0.1376    0.1312    0.1353    0.1328    0.1301    0.1263    0.1270    0.1281    0.1268  0.1215    0.1292    0.1281    0.1278;
    0.1201    0.1161    0.1136    0.1124    0.1158    0.1148    0.1149    0.1194    0.1177    0.1211    0.1195    0.1195    0.1225    0.1204    0.1177  0.1143    0.1155    0.1180    0.1220;
    0.1287    0.1241    0.1214    0.1221    0.1265    0.1256    0.1257    0.1236    0.1248    0.1247    0.1262    0.1256    0.1256    0.1297    0.1257  0.1213    0.1206    0.1233    0.1279];
f16data.CX(:,:,3) = [-0.1072   -0.1061   -0.1129   -0.1096   -0.1084   -0.1040   -0.0978   -0.0959   -0.0932   -0.0933   -0.0956   -0.0957   -0.0962   -0.0967   -0.0992  -0.1004   -0.1037   -0.0969   -0.0980;
   -0.1006   -0.1035   -0.1025   -0.0998   -0.0966   -0.0966   -0.0960   -0.0967   -0.0974   -0.0978   -0.0975   -0.0977   -0.0972   -0.0968   -0.0974  -0.1006   -0.1033   -0.1043   -0.1014;
   -0.0853   -0.0901   -0.0903   -0.0906   -0.0896   -0.0903   -0.0907   -0.0918   -0.0929   -0.0982   -0.0930   -0.0919   -0.0912   -0.0898   -0.0904  -0.0914   -0.0911   -0.0909   -0.0861;
   -0.0546   -0.0597   -0.0637   -0.0662   -0.0727   -0.0755   -0.0767   -0.0778   -0.0780   -0.0784   -0.0776   -0.0766   -0.0750   -0.0733   -0.0703  -0.0638   -0.0613   -0.0573   -0.0522;
   -0.0355   -0.0381   -0.0404   -0.0416   -0.0450   -0.0461   -0.0469   -0.0478   -0.0485   -0.0489   -0.0483   -0.0475   -0.0467   -0.0449   -0.0433  -0.0399   -0.0387   -0.0364   -0.0338;
   -0.0012         0    0.0010    0.0004   -0.0036   -0.0042   -0.0049   -0.0055   -0.0071   -0.0066   -0.0072   -0.0061   -0.0050   -0.0035   -0.0027  0.0013    0.0019         0   -0.0021;
    0.0359    0.0491    0.0458    0.0490    0.0503    0.0508    0.0499    0.0509    0.0497    0.0490    0.0490    0.0500    0.0506    0.0505    0.0503  0.0490    0.0458    0.0419    0.0359;
    0.0780    0.0845    0.0932    0.0979    0.1028    0.1051    0.1069    0.1079    0.1078    0.1072    0.1076    0.1072    0.1063    0.1053    0.1028  0.0979    0.0932    0.0845    0.0780;
    0.1183    0.1236    0.1219    0.1210    0.1287    0.1308    0.1311    0.1310    0.1286    0.1283    0.1293    0.1299    0.1304    0.1271    0.1259  0.1182    0.1191    0.1208    0.1155;
    0.1267    0.1367    0.1359    0.1347    0.1358    0.1378    0.1378    0.1346    0.1322    0.1300    0.1311    0.1336    0.1350    0.1335    0.1332  0.1321    0.1333    0.1341    0.1241;
    0.0941    0.1146    0.1182    0.1322    0.1385    0.1504    0.1540    0.1545    0.1548    0.1536    0.1525    0.1528    0.1509    0.1500    0.1478  0.1415    0.1275    0.1239    0.1034;
    0.0885    0.0964    0.1109    0.1187    0.1333    0.1391    0.1532    0.1599    0.1611    0.1605    0.1603    0.1614    0.1592    0.1559    0.1485  0.1339    0.1261    0.1116    0.1037;
    0.1089    0.1166    0.1119    0.1210    0.1351    0.1376    0.1479    0.1516    0.1552    0.1552    0.1564    0.1525    0.1464    0.1456    0.1413  0.1272    0.1181    0.1228    0.1151;
    0.1232    0.1197    0.1228    0.1231    0.1319    0.1324    0.1308    0.1332    0.1378    0.1382    0.1375    0.1364    0.1340    0.1308    0.1280  0.1192    0.1189    0.1158    0.1193;
    0.1135    0.1185    0.1184    0.1171    0.1243    0.1279    0.1279    0.1258    0.1257    0.1281    0.1258    0.1228    0.1221    0.1186    0.1180  0.1108    0.1121    0.1122    0.1072;
    0.1137    0.1195    0.1146    0.1161    0.1209    0.1211    0.1211    0.1195    0.1183    0.1200    0.1185    0.1153    0.1160    0.1152    0.1135  0.1087    0.1072    0.1121    0.1063;
    0.1037    0.1090    0.1094    0.1049    0.1109    0.1123    0.1181    0.1184    0.1170    0.1147    0.1141    0.1126    0.1129    0.1129    0.1109  0.1049    0.1094    0.1090    0.1037;
    0.0857    0.0858    0.0857    0.0796    0.0851    0.0919    0.1150    0.1087    0.1089    0.1025    0.1022    0.1007    0.1012    0.0994    0.0952  0.0897    0.0958    0.0959    0.0958;
    0.0842    0.0807    0.0787    0.0778    0.0791    0.0793    0.0805    0.0846    0.0808    0.0821    0.0802    0.0799    0.0826    0.0800    0.0709  0.0756    0.0765    0.0785    0.0820;
    0.0847    0.0813    0.0798    0.0824    0.0843    0.0843    0.0853    0.0841    0.0858    0.0864    0.0857    0.0828    0.0817    0.0857    0.0816  0.0797    0.0771    0.0786    0.0820];
f16data.CX(:,:,4) = [-0.1023   -0.1012   -0.1080   -0.1047   -0.1035   -0.0991   -0.0929   -0.0910   -0.0884   -0.0884   -0.0907   -0.0908   -0.0913   -0.0918   -0.0943  -0.0955   -0.0988   -0.0920   -0.0931;
   -0.1038   -0.1067   -0.1057   -0.1030   -0.0998   -0.0998   -0.0992   -0.0999   -0.1006   -0.1010   -0.1007   -0.1009   -0.1004   -0.1000   -0.1006  -0.1038   -0.1065   -0.1075   -0.1046;
   -0.0963   -0.1011   -0.1013   -0.1016   -0.1006   -0.1013   -0.1017   -0.1028   -0.1039   -0.1092   -0.1040   -0.1029   -0.1022   -0.1008   -0.1014  -0.1024   -0.1021   -0.1019   -0.0971;
   -0.0664   -0.0715   -0.0755   -0.0780   -0.0845   -0.0873   -0.0885   -0.0896   -0.0898   -0.0902   -0.0894   -0.0884   -0.0868   -0.0851   -0.0821  -0.0756   -0.0731   -0.0691   -0.0640;
   -0.0472   -0.0498   -0.0521   -0.0533   -0.0567   -0.0578   -0.0586   -0.0595   -0.0602   -0.0606   -0.0600   -0.0592   -0.0584   -0.0566   -0.0550  -0.0516   -0.0504   -0.0481   -0.0455;
   -0.0146   -0.0134   -0.0124   -0.0130   -0.0170   -0.0176   -0.0183   -0.0189   -0.0205   -0.0200   -0.0206   -0.0195   -0.0184   -0.0169   -0.0161  -0.0121   -0.0115   -0.0134   -0.0155;
    0.0182    0.0242    0.0281    0.0313    0.0326    0.0331    0.0322    0.0327    0.0320    0.0313    0.0313    0.0323    0.0329    0.0328    0.0326  0.0313    0.0281    0.0242    0.0182;
    0.0537    0.0602    0.0689    0.0736    0.0785    0.0808    0.0826    0.0836    0.0835    0.0829    0.0833    0.0829    0.0820    0.0810    0.0785  0.0736    0.0689    0.0602    0.0537;
    0.0871    0.0924    0.0907    0.0898    0.0975    0.0996    0.0999    0.0998    0.0974    0.0971    0.0981    0.0987    0.0992    0.0959    0.0947  0.0870    0.0879    0.0896    0.0843;
    0.0916    0.1016    0.1008    0.0996    0.1007    0.1027    0.1027    0.0995    0.0971    0.0949    0.0960    0.0985    0.0999    0.0984    0.0981  0.0970    0.0982    0.0990    0.0890;
    0.0509    0.0714    0.0750    0.0890    0.0953    0.1072    0.1108    0.1113    0.1116    0.1104    0.1093    0.1096    0.1077    0.1068    0.1046  0.0983    0.0843    0.0807    0.0602;
    0.0481    0.0560    0.0705    0.0783    0.0929    0.0987    0.1128    0.1195    0.1207    0.1201    0.1199    0.1210    0.1188    0.1155    0.1081  0.0935    0.0857    0.0712    0.0633;
    0.0664    0.0741    0.0694    0.0785    0.0926    0.0951    0.1054    0.1091    0.1127    0.1127    0.1139    0.1100    0.1039    0.1031    0.0988  0.0847    0.0756    0.0803    0.0726;
    0.0846    0.0811    0.0842    0.0845    0.0933    0.0938    0.0922    0.0946    0.0992    0.0996    0.0989    0.0978    0.0954    0.0922    0.0894  0.0806    0.0803    0.0772    0.0807;
    0.0908    0.0985    0.1011    0.0999    0.1063    0.1061    0.1018    0.0996    0.1021    0.1071    0.1071    0.1064    0.1070    0.1036    0.1032  0.0968    0.0980    0.0954    0.0877;
    0.0842    0.0869    0.0790    0.0882    0.1025    0.1010    0.0993    0.0980    0.0991    0.1030    0.0972    0.0897    0.0914    0.0969    0.1015  0.0872    0.0780    0.0859    0.0832;
    0.0749    0.0823    0.0849    0.0794    0.0831    0.0841    0.0896    0.0908    0.0915    0.0914    0.0908    0.0893    0.0895    0.0889    0.0868  0.0831    0.0886    0.0860    0.0786;
    0.0504    0.0500    0.0504    0.0467    0.0813    0.0811    0.0972    0.0950    0.1075    0.1190    0.1101    0.1001    0.0967    0.0958    0.0931  0.0585    0.0622    0.0618    0.0622;
    0.0421    0.0380    0.0355    0.0397    0.0420    0.0417    0.0424    0.0478    0.0473    0.0519    0.0484    0.0465    0.0489    0.0472    0.0450  0.0427    0.0385    0.0410    0.0451;
    0.0433    0.0404    0.0395    0.0467    0.0495    0.0492    0.0499    0.0484    0.0500    0.0504    0.0495    0.0463    0.0457    0.0510    0.0482  0.0454    0.0382    0.0391    0.0420];
f16data.CX(:,:,5) = [-0.1068   -0.1102   -0.1160   -0.1176   -0.1291   -0.1289   -0.1244   -0.1158   -0.1137   -0.1141   -0.1164   -0.1192   -0.1200   -0.1240   -0.1243  -0.1128   -0.1112   -0.1054   -0.1020;
   -0.1122   -0.1180   -0.1227   -0.1292   -0.1365   -0.1397   -0.1406   -0.1416   -0.1442   -0.1450   -0.1448   -0.1428   -0.1408   -0.1440   -0.1397  -0.1324   -0.1259   -0.1212   -0.1154;
   -0.1102   -0.1212   -0.1319   -0.1359   -0.1403   -0.1427   -0.1454   -0.1480   -0.1520   -0.1633   -0.1518   -0.1482   -0.1457   -0.1438   -0.1419  -0.1375   -0.1335   -0.1228   -0.1118;
   -0.0911   -0.1027   -0.1093   -0.1144   -0.1244   -0.1304   -0.1316   -0.1320   -0.1333   -0.1337   -0.1340   -0.1322   -0.1309   -0.1280   -0.1243  -0.1143   -0.1092   -0.1026   -0.0910;
   -0.0811   -0.0889   -0.0955   -0.0996   -0.1015   -0.1037   -0.1056   -0.1065   -0.1077   -0.1075   -0.1072   -0.1061   -0.1045   -0.1024   -0.1003  -0.0984   -0.0943   -0.0877   -0.0799;
   -0.0575   -0.0588   -0.0631   -0.0676   -0.0671   -0.0694   -0.0715   -0.0739   -0.0775   -0.0785   -0.0787   -0.0744   -0.0704   -0.0688   -0.0669  -0.0674   -0.0624   -0.0586   -0.0573;
   -0.0183   -0.0188   -0.0211   -0.0241   -0.0226   -0.0254   -0.0291   -0.0333   -0.0370   -0.0336   -0.0345   -0.0326   -0.0283   -0.0247   -0.0236  -0.0251   -0.0221   -0.0198   -0.0193;
    0.0195    0.0186    0.0204    0.0186    0.0194    0.0181    0.0154    0.0162    0.0198    0.0212    0.0157    0.0131    0.0136    0.0158    0.0179  0.0171    0.0189    0.0171    0.0180;
    0.0494    0.0626    0.0562    0.0477    0.0323    0.0279    0.0289    0.0263    0.0204    0.0187    0.0173    0.0255    0.0183    0.0165    0.0119  0.0273    0.0358    0.0422    0.0290;
    0.0699    0.0695    0.0627    0.0557    0.0366    0.0316    0.0263    0.0207    0.0160    0.0198    0.0165    0.0218    0.0244    0.0228    0.0214  0.0405    0.0475    0.0543    0.0547;
    0.0207    0.0324    0.0323    0.0293    0.0304    0.0404    0.0419    0.0404    0.0385    0.0381    0.0374    0.0379    0.0389    0.0417    0.0446  0.0435    0.0465    0.0466    0.0349;
    0.0211    0.0282    0.0309    0.0263    0.0307    0.0334    0.0437    0.0466    0.0458    0.0479    0.0495    0.0495    0.0487    0.0467    0.0434  0.0390    0.0436    0.0409    0.0338;
    0.0386    0.0462    0.0331    0.0339    0.0365    0.0407    0.0394    0.0411    0.0407    0.0418    0.0431    0.0426    0.0392    0.0405    0.0381  0.0355    0.0347    0.0478    0.0402;
    0.0460    0.0438    0.0341    0.0311    0.0348    0.0373    0.0362    0.0335    0.0338    0.0363    0.0325    0.0340    0.0342    0.0356    0.0338  0.0301    0.0331    0.0428    0.0450;
    0.0394    0.0479    0.0513    0.0447    0.0538    0.0528    0.0483    0.0441    0.0444    0.0472    0.0488    0.0497    0.0507    0.0487    0.0495  0.0478    0.0525    0.0476    0.0376;
    0.0336    0.0411    0.0380    0.0471    0.0543    0.0508    0.0471    0.0445    0.0450    0.0484    0.0442    0.0383    0.0410    0.0471    0.0522  0.0432    0.0272    0.0347    0.0315;
    0.0158    0.0284    0.0361    0.0335    0.0487    0.0443    0.0442    0.0432    0.0451    0.0460    0.0451    0.0433    0.0435    0.0438    0.0416  0.0363    0.0397    0.0340    0.0246;
   -0.0186   -0.0121   -0.0057   -0.0070    0.0410    0.0451    0.0655    0.0604    0.0655    0.0641    0.0677    0.0701    0.0702    0.0636    0.0546  0.0033    0.0020   -0.0005    0.0058;
   -0.0242   -0.0267   -0.0277   -0.0200   -0.0215   -0.0224   -0.0223   -0.0180   -0.0202   -0.0173   -0.0046    0.0281    0.0311    0.0053   -0.0210  -0.0288   -0.0312   -0.0240   -0.0152;
   -0.0208   -0.0271   -0.0315   -0.0229   -0.0156   -0.0165   -0.0141   -0.0184   -0.0173   -0.0173   -0.0168   -0.0185   -0.0183   -0.0130   -0.0157 -0.0237   -0.0323   -0.0246   -0.0150];

% CX_lef(alpha2,beta)
f16data.CX_lef = [-0.0277   -0.0285   -0.0318   -0.0256   -0.0184   -0.0156   -0.0159   -0.0162   -0.0174   -0.0181   -0.0179   -0.0167   -0.0168   -0.0156   -0.0153  -0.0225   -0.0287   -0.0254   -0.0246;
   -0.0314   -0.0310   -0.0259   -0.0191   -0.0161   -0.0157   -0.0162   -0.0173   -0.0189   -0.0193   -0.0186   -0.0186   -0.0170   -0.0155   -0.0154  -0.0184   -0.0252   -0.0303   -0.0307;
   -0.0295   -0.0298   -0.0260   -0.0233   -0.0209   -0.0215   -0.0214   -0.0224   -0.0230   -0.0224   -0.0220   -0.0217   -0.0213   -0.0205   -0.0199  -0.0223   -0.0250   -0.0288   -0.0285;
   -0.0148   -0.0153   -0.0163   -0.0150   -0.0167   -0.0173   -0.0185   -0.0189   -0.0193   -0.0196   -0.0192   -0.0185   -0.0179   -0.0178   -0.0162  -0.0155   -0.0168   -0.0158   -0.0153;
   -0.0136   -0.0149   -0.0143   -0.0136   -0.0168   -0.0178   -0.0182   -0.0188   -0.0197   -0.0202   -0.0196   -0.0188   -0.0180   -0.0172   -0.0160  -0.0144   -0.0151   -0.0149   -0.0144;
   -0.0029   -0.0010   -0.0003   -0.0005   -0.0004   -0.0006   -0.0017   -0.0027   -0.0033   -0.0033   -0.0033   -0.0024   -0.0014   -0.0004    0.0004  0.0013    0.0011   -0.0002   -0.0021;
    0.0085    0.0104    0.0116    0.0121    0.0131    0.0125    0.0122    0.0119    0.0104    0.0099    0.0096    0.0106    0.0117    0.0126    0.0127  0.0117    0.0112    0.0100    0.0081;
    0.0145    0.0168    0.0196    0.0218    0.0225    0.0231    0.0238    0.0238    0.0231    0.0224    0.0224    0.0226    0.0227    0.0223    0.0222  0.0215    0.0193    0.0165    0.0142;
    0.0165    0.0170    0.0205    0.0226    0.0252    0.0245    0.0236    0.0232    0.0233    0.0221    0.0232    0.0241    0.0250    0.0267    0.0276  0.0250    0.0229    0.0212    0.0189;
    0.0138    0.0172    0.0157    0.0178    0.0226    0.0251    0.0264    0.0274    0.0271    0.0278    0.0275    0.0271    0.0267    0.0249    0.0252  0.0203    0.0183    0.0198    0.0164;
    0.0092    0.0122    0.0129    0.0165    0.0202    0.0253    0.0279    0.0295    0.0296    0.0301    0.0309    0.0306    0.0278    0.0261    0.0247  0.0200    0.0174    0.0167    0.0137;
    0.0099    0.0134    0.0162    0.0149    0.0208    0.0229    0.0273    0.0286    0.0303    0.0305    0.0286    0.0307    0.0292    0.0259    0.0253  0.0194    0.0207    0.0179    0.0144;
    0.0206    0.0202    0.0236    0.0246    0.0289    0.0293    0.0290    0.0320    0.0317    0.0328    0.0314    0.0305    0.0289    0.0281    0.0262  0.0219    0.0209    0.0175    0.0179;
    0.0257    0.0274    0.0266    0.0236    0.0266    0.0283    0.0236    0.0298    0.0268    0.0309    0.0307    0.0280    0.0238    0.0284    0.0254  0.0224    0.0254    0.0262    0.0245];

% CXq(alpha1)
f16data.CXq = [0.9530    0.9530    0.9530    1.5500    1.9000    2.4600    2.9200    3.3000    2.7600    2.0500    1.5000    1.4900    1.8300    1.2100    1.3300   1.6100    0.9100    3.4300    0.6170    0.2730]';

 % dCXq_lef(alpha2)
f16data.dCXq_lef = [-1.2200   -1.2200   -1.2200   -1.6600   -1.6200   -1.5800   -1.9600   -2.5100   -2.0400   -1.6400   -0.8240   -0.8170   -1.1000   -0.5500]';


%--------------------------------------------------------------------------
% CZ,T
%--------------------------------------------------------------------------
% CZ(alpha1,beta,de1)
f16data.CZ(:,:,1) = [1.1940    1.2720    1.3110    1.3560    1.3960    1.3470    1.3390    1.3140    1.3210    1.3150    1.3370    1.3320    1.3400    1.3380    1.2940  1.2350    1.1850    1.1400    1.1000;
    0.9960    1.0570    1.0900    1.1210    1.1280    1.1290    1.1310    1.1430    1.1580    1.1710    1.1770    1.1420    1.1480    1.1310    1.1370  1.1300    1.1000    1.0600    1.0050;
    0.7930    0.8320    0.8410    0.8560    0.8870    0.8888    0.8990    0.9090    0.9150    0.9250    0.9100    0.8920    0.8890    0.8810    0.8750  0.8350    0.8210    0.8150    0.7800;
    0.4100    0.4100    0.4200    0.4250    0.4510    0.4640    0.4740    0.4720    0.4740    0.4690    0.4600    0.4540    0.4470    0.4460    0.4400  0.4240    0.4050    0.3940    0.4030;
    0.1800    0.1550    0.1350    0.1300    0.1410    0.1490    0.1540    0.1530    0.1510    0.1550    0.1540    0.1510    0.1470    0.1380    0.1290  0.1190    0.1370    0.1230    0.1590;
   -0.0900   -0.1300   -0.1600   -0.1800   -0.1840   -0.1860   -0.1820   -0.1870   -0.1870   -0.1890   -0.1930   -0.1910   -0.1930   -0.1950   -0.1940  -0.1870   -0.1710   -0.1330   -0.0990;
   -0.3400   -0.4050   -0.4600   -0.4980   -0.5110   -0.5180   -0.5260   -0.5350   -0.5340   -0.5300   -0.5320   -0.5250   -0.5200   -0.5210   -0.5150  -0.4980   -0.4650   -0.4020   -0.3410;
   -0.6100   -0.6650   -0.7200   -0.7700   -0.8060   -0.8180   -0.8370   -0.8490   -0.8510   -0.8560   -0.8540   -0.8550   -0.8550   -0.8360   -0.8270  -0.8010   -0.7380   -0.6640   -0.6020;
   -0.8700   -0.9500   -1.0150   -1.0800   -1.1220   -1.1370   -1.1490   -1.1540   -1.1560   -1.1690   -1.1510   -1.1480   -1.1460   -1.1350   -1.1290  -1.0770   -0.9940   -0.9430   -0.8730;
   -1.1700   -1.2350   -1.2950   -1.3550   -1.4060   -1.4050   -1.4290   -1.4410   -1.4460   -1.4460   -1.4520   -1.4490   -1.4550   -1.4400   -1.4150  -1.3560   -1.2880   -1.2170   -1.1670;
   -1.3150   -1.3800   -1.4450   -1.5150   -1.5810   -1.6710   -1.6970   -1.7140   -1.7190   -1.7170   -1.7200   -1.7090   -1.6840   -1.6700   -1.6510  -1.5800   -1.4770   -1.4630   -1.3890;
   -1.5200   -1.5700   -1.6350   -1.7100   -1.7880   -1.8180   -1.8380   -1.8890   -1.9100   -1.9090   -1.9090   -1.8930   -1.8910   -1.8460   -1.8000  -1.7210   -1.6400   -1.5900   -1.5310;
   -1.6000   -1.6700   -1.7300   -1.8100   -1.8910   -1.9070   -1.9110   -1.9830   -2.0160   -2.0370   -1.9320   -1.9900   -1.9690   -1.8360   -1.9180  -1.8390   -1.7550   -1.6710   -1.6300;
   -1.5600   -1.6150   -1.6850   -1.7500   -1.8540   -1.9910   -2.0330   -1.9390   -2.0030   -1.9850   -2.0200   -2.0400   -1.9130   -1.9180   -1.9460  -1.9110   -1.8240   -1.6890   -1.6630;
   -1.3000   -1.4800   -1.6000   -1.7200   -1.8800   -1.9240   -1.9130   -1.8660   -1.8790   -1.9590   -1.9920   -2.0170   -2.0300   -1.9420   -2.0020  -1.8700   -1.7380   -1.6230   -1.4470;
   -1.7050   -1.7950   -1.8250   -1.8500   -1.9380   -1.9590   -2.0120   -1.9990   -1.9690   -2.0100   -1.9650   -1.8470   -1.8950   -1.9280   -1.9650  -1.7550   -1.6970   -1.7060   -1.6180;
   -1.7000   -1.7400   -1.7300   -1.8950   -1.9330   -1.8800   -1.9070   -1.8980   -1.8920   -1.9160   -1.9360   -1.8770   -1.9330   -1.9520   -1.9150  -1.7800   -1.7500   -1.7500   -1.6880;
   -1.6900   -1.7400   -1.7350   -1.8300   -1.8130   -1.8640   -2.0040   -1.9500   -1.9250   -1.9570   -1.9050   -1.8330   -1.9320   -1.9520   -1.8930  -1.8000   -1.8530   -1.7990   -1.7910;
   -1.9350   -1.9500   -1.9450   -1.9200   -1.8720   -1.8380   -1.9080   -1.9490   -1.8260   -1.8160   -1.8370   -1.7550   -1.8480   -1.8580   -1.7740  -1.8100   -1.8640   -1.8850   -1.8340;
   -1.9600   -1.9350   -1.8500   -1.8700   -1.9530   -2.0360   -2.0130   -1.9680   -1.9900   -1.9780   -1.9570   -1.9560   -1.9620   -2.0480   -1.9700  -1.8950   -1.8900   -1.9690   -1.9700];
f16data.CZ(:,:,2) = [1.1490    1.2140    1.2640    1.2940    1.3270    1.2830    1.2660    1.2450    1.2340    1.2280    1.2580    1.2570    1.2680    1.2650    1.2360  1.1960    1.1540    1.1090    1.0630;
    0.9480    0.9950    1.0210    1.0470    1.0430    1.0400    1.0370    1.0420    1.0500    1.0590    1.0660    1.0480    1.0510    1.0400    1.0530  1.0510    1.0310    0.9990    0.9550;
    0.7550    0.7780    0.7770    0.7880    0.8010    0.7990    0.8030    0.8040    0.8120    0.8150    0.8130    0.8050    0.8040    0.8000    0.7970  0.7760    0.7690    0.7650    0.7470;
    0.3200    0.3200    0.3270    0.3320    0.3500    0.3650    0.3700    0.3720    0.3570    0.3560    0.3520    0.3490    0.3430    0.3370    0.3280  0.3170    0.3090    0.2950    0.3060;
    0.0860    0.0610    0.0410    0.0390    0.0520    0.0560    0.0620    0.0620    0.0610    0.0640    0.0620    0.0610    0.0580    0.0530    0.0470  0.0350    0.0490    0.0440    0.0760;
   -0.1920   -0.2320   -0.2620   -0.2790   -0.2800   -0.2840   -0.2810   -0.2870   -0.2870   -0.2870   -0.2890   -0.2910   -0.2890   -0.2910   -0.2930  -0.2920   -0.2750   -0.2440   -0.2050;
   -0.4550   -0.5220   -0.5750   -0.6110   -0.6240   -0.6320   -0.6410   -0.6470   -0.6500   -0.6500   -0.6510   -0.6460   -0.6420   -0.6380   -0.6350  -0.6220   -0.5870   -0.5240   -0.4630;
   -0.7140   -0.7840   -0.8460   -0.8980   -0.9330   -0.9490   -0.9670   -0.9760   -0.9770   -0.9800   -0.9800   -0.9780   -0.9770   -0.9630   -0.9510  -0.9230   -0.8640   -0.7900   -0.7170;
   -1.0050   -1.0880   -1.1610   -1.2230   -1.2630   -1.2840   -1.2990   -1.3060   -1.3020   -1.3060   -1.2920   -1.2890   -1.2870   -1.2790   -1.2660  -1.2200   -1.1460   -1.0900   -1.0050;
   -1.3130   -1.3780   -1.4450   -1.5090   -1.5600   -1.5660   -1.5830   -1.5900   -1.5950   -1.5940   -1.5970   -1.5950   -1.5950   -1.5840   -1.5660  -1.5050   -1.4450   -1.3740   -1.3070;
   -1.4180   -1.4980   -1.5780   -1.6630   -1.7460   -1.8250   -1.8480   -1.8610   -1.8610   -1.8630   -1.8630   -1.8560   -1.8360   -1.8160   -1.7950  -1.7350   -1.6130   -1.5570   -1.4700;
   -1.5420   -1.6290   -1.7190   -1.8190   -1.9190   -1.9770   -2.0330   -2.0640   -2.0790   -2.0900   -2.0810   -2.0750   -2.0670   -2.0340   -1.9890  -1.8960   -1.8000   -1.6960   -1.6130;
   -1.6710   -1.7680   -1.8620   -1.9670   -2.0740   -2.0770   -2.1510   -2.1840   -2.1990   -2.2160   -2.1920   -2.1940   -2.0840   -2.1100   -2.1110  -1.9960   -1.9000   -1.7870   -1.7020;
   -1.6150   -1.5770   -1.7700   -1.9630   -2.1300   -2.2170   -2.1840   -2.2160   -2.3060   -2.2630   -2.3040   -2.3040   -2.2420   -2.2350   -2.2100  -2.1210   -1.8910   -1.6540   -1.6960;
   -1.4060   -1.5920   -1.7160   -1.9440   -2.0260   -2.0810   -2.0810   -2.0330   -2.0310   -2.0970   -2.1180   -2.1310   -2.1420   -2.0620   -2.1290  -2.0470   -1.8190   -1.6950   -1.5090;
   -1.6880   -1.7380   -1.7210   -1.8090   -2.0140   -2.0480   -2.1120   -2.1000   -2.0580   -2.0880   -2.0670   -1.9720   -2.0160   -2.0190   -2.0250  -1.8200   -1.7320   -1.7490   -1.6690;
   -1.7240   -1.7930   -1.8000   -1.7560   -1.9490   -1.9230   -1.9750   -1.9900   -2.0050   -2.0510   -2.0210   -1.9140   -1.9560   -1.9980   -1.9850  -1.7920   -1.8360   -1.8290   -1.7600;
   -1.7430   -1.7540   -1.8110   -1.7810   -1.8390   -1.8970   -2.0040   -1.9990   -1.9860   -2.0270   -1.9430   -1.8350   -1.9250   -1.9930   -1.9210  -1.8630   -1.8930   -1.8360   -1.8250;
   -1.9350   -1.9930   -1.9790   -1.9910   -1.9280   -1.8770   -1.9310   -1.9810   -1.8920   -1.9160   -1.9380   -1.8560   -1.9430   -1.9470   -1.8480  -1.9110   -1.8990   -1.9130   -1.8550;
   -1.9900   -2.0090   -1.9500   -1.9790   -2.0060   -2.0850   -2.0190   -2.0070   -2.0190   -1.9980   -1.9900   -2.0040   -2.0360   -2.1020   -2.0030  -1.9760   -1.9470   -2.0060   -1.9870];
f16data.CZ(:,:,3) = [1.0910    1.1400    1.2030    1.2150    1.2390    1.2010    1.1710    1.1570    1.1220    1.1160    1.1560    1.1600    1.1750    1.1720    1.1610  1.1450    1.1150    1.0700    1.0150;
    0.9050    0.9390    0.9590    0.9800    0.9670    0.9600    0.9540    0.9510    0.9530    0.9590    0.9660    0.9640    0.9650    0.9590    0.9780  0.9800    0.9700    0.9450    0.9100;
    0.7130    0.7180    0.7060    0.7110    0.7050    0.6990    0.6960    0.6870    0.6970    0.6920    0.7050    0.7080    0.7100    0.7100    0.7090  0.7100    0.7100    0.7100    0.7100;
    0.2650    0.2650    0.2700    0.2750    0.2880    0.3050    0.3060    0.3110    0.2850    0.2870    0.2860    0.2850    0.2800    0.2710    0.2600  0.2510    0.2510    0.2340    0.2470;
   -0.0060   -0.0300   -0.0500   -0.0500   -0.0360   -0.0350   -0.0280   -0.0270   -0.0270   -0.0250   -0.0280   -0.0280   -0.0290   -0.0310   -0.0340  -0.0480   -0.0370   -0.0330   -0.0060;
   -0.2750   -0.3150   -0.3450   -0.3600   -0.3590   -0.3640   -0.3620   -0.3680   -0.3680   -0.3670   -0.3680   -0.3720   -0.3680   -0.3700   -0.3730  -0.3770   -0.3600   -0.3350   -0.2920;
   -0.5500   -0.6200   -0.6700   -0.7050   -0.7190   -0.7270   -0.7370   -0.7410   -0.7470   -0.7500   -0.7500   -0.7460   -0.7440   -0.7360   -0.7350  -0.7250   -0.6890   -0.6260   -0.5640;
   -0.8250   -0.9100   -0.9800   -1.0350   -1.0690   -1.0890   -1.1050   -1.1110   -1.1110   -1.1120   -1.1120   -1.1080   -1.1060   -1.0980   -1.0830  -1.0530   -0.9990   -0.9240   -0.8400;
   -1.1150   -1.2000   -1.2800   -1.3400   -1.3790   -1.4050   -1.4210   -1.4310   -1.4220   -1.4180   -1.4080   -1.4050   -1.4030   -1.3960   -1.3820  -1.3360   -1.2710   -1.2100   -1.1130;
   -1.3750   -1.4400   -1.5100   -1.5750   -1.6260   -1.6350   -1.6500   -1.6550   -1.6590   -1.6580   -1.6600   -1.6580   -1.6550   -1.6460   -1.6310  -1.5700   -1.5130   -1.4420   -1.3670;
   -1.5200   -1.6150   -1.7100   -1.8100   -1.9100   -1.9770   -1.9970   -2.0060   -2.0020   -2.0080   -2.0060   -2.0010   -1.9810   -1.9610   -1.9390  -1.8880   -1.7990   -1.6510   -1.5500;
   -1.5550   -1.6650   -1.7700   -1.8850   -1.9980   -2.0730   -2.1520   -2.1710   -2.1820   -2.2000   -2.1860   -2.1860   -2.1740   -2.1490   -2.1040  -2.0020   -1.8970   -1.7600   -1.6630;
   -1.7150   -1.8300   -1.9450   -2.0650   -2.1880   -2.1830   -2.3010   -2.3100   -2.3140   -2.3280   -2.3550   -2.3210   -2.1560   -2.2810   -2.2310  -2.0950   -1.9910   -1.8600   -1.7470;
   -1.6250   -1.5700   -1.7850   -2.0000   -2.1780   -2.2720   -2.2100   -2.2640   -2.3580   -2.3110   -2.3530   -2.3500   -2.2990   -2.2900   -2.2550  -2.1570   -2.0020   -1.6480   -1.7020;
   -1.5700   -1.7350   -1.9000   -2.0500   -2.1650   -2.2540   -2.2880   -2.2580   -2.2580   -2.3260   -2.3120   -2.2900   -2.2770   -2.1840   -2.2390  -2.1090   -1.9860   -1.8480   -1.6490;
   -1.7750   -1.9000   -1.9700   -2.0550   -2.1760   -2.1840   -2.2230   -2.2110   -2.1960   -2.2520   -2.2350   -2.1450   -2.1820   -2.1650   -2.1520  -2.0250   -1.9650   -1.9310   -1.8000;
   -1.9000   -1.9350   -1.9600   -1.9950   -2.1280   -2.1110   -2.1730   -2.1830   -2.1810   -2.2080   -2.1900   -2.0940   -2.1310   -2.1500   -2.1140  -1.9900   -1.9860   -1.9620   -1.8760;
   -1.9300   -1.9450   -1.9400   -1.9200   -1.9290   -2.0210   -2.1610   -2.1600   -2.1200   -2.1340   -2.0850   -2.0110   -2.1080   -2.1250   -2.0630  -1.9700   -2.0160   -1.9470   -1.9240;
   -2.0000   -2.0450   -2.0750   -2.0800   -2.0450   -1.9940   -2.0480   -2.0920   -1.9920   -2.0040   -2.0190   -1.9300   -2.0140   -2.0180   -1.9190  -2.0000   -2.0340   -2.0320   -1.9580;
   -1.9600   -1.9500   -1.9000   -2.0100   -2.0600   -2.1580   -2.1120   -2.1170   -2.1450   -2.1400   -2.1130   -2.1070   -2.1010   -2.1690   -2.0730  -2.0740   -2.0380   -2.0880   -2.0600];
f16data.CZ(:,:,4) = [1.0210    1.0660    1.1160    1.1260    1.1390    1.1080    1.1030    1.0700    1.0410    1.0390    1.0710    1.0760    1.0890    1.0860    1.0780   1.0700    1.0460    1.0070    0.9570;
    0.8150    0.8380    0.8460    0.8630    0.8540    0.8480    0.8440    0.8410    0.8460    0.8490    0.8560    0.8520    0.8530    0.8480    0.8630   0.8630    0.8560    0.8410    0.8200;
    0.6220    0.6180    0.6030    0.6090    0.6060    0.6020    0.5990    0.5920    0.6000    0.5960    0.6050    0.6070    0.6090    0.6090    0.6090   0.6070    0.6070    0.6110    0.6190;
    0.1810    0.1760    0.1790    0.1840    0.1980    0.2120    0.2130    0.2150    0.2020    0.2050    0.2020    0.1980    0.1920    0.1830    0.1800    0.1650    0.1630    0.1550    0.1690;
   -0.0690   -0.1000   -0.1250   -0.1310   -0.1220   -0.1200   -0.1140   -0.1120   -0.1150   -0.1140   -0.1170   -0.1170   -0.1210   -0.1230   -0.1260   -0.1340   -0.1220   -0.1090   -0.0750;
   -0.3390   -0.4000   -0.4440   -0.4740   -0.4800   -0.4800   -0.4810   -0.4860   -0.4870   -0.4900   -0.4900   -0.5040   -0.4960   -0.4910   -0.4930  -0.4830   -0.4580   -0.4120   -0.3540;
   -0.5850   -0.6300   -0.7150   -0.7680   -0.8060   -0.8100   -0.8240   -0.8330   -0.8440   -0.8490   -0.8510   -0.8420   -0.8460   -0.8310   -0.8250  -0.8010   -0.7520   -0.6760   -0.5950;
   -0.8430   -0.9470   -1.0310   -1.0970   -1.1330   -1.1470   -1.1670   -1.1750   -1.1820   -1.1770   -1.1710   -1.1760   -1.1750   -1.1710   -1.1580  -1.1200   -1.0470   -0.9540   -0.8640;
   -1.1040   -1.2000   -1.2870   -1.3560   -1.4040   -1.4310   -1.4460   -1.4530   -1.4450   -1.4420   -1.4350   -1.4300   -1.4340   -1.4280   -1.4140  -1.3570   -1.2860   -1.2150   -1.1100;
   -1.3620   -1.4580   -1.5600   -1.6550   -1.7410   -1.7710   -1.7710   -1.7820   -1.7940   -1.7890   -1.7870   -1.7910   -1.7750   -1.7750   -1.7600  -1.6460   -1.5820   -1.4730   -1.3700;
   -1.5200   -1.6300   -1.7400   -1.8540   -1.9680   -2.0370   -2.0700   -2.0810   -2.0830   -2.0820   -2.0800   -2.0700   -2.0540   -2.0390   -2.0160  -1.9290   -1.7900   -1.6730   -1.5630;
   -1.6900   -1.8560   -2.0060   -2.1360   -2.2520   -2.2550   -2.2600   -2.3260   -2.3170   -2.3080   -2.3550   -2.3410   -2.3020   -2.2590   -2.2190  -2.0810   -1.9380   -1.7600   -1.6790;
   -1.8490   -1.9490   -2.0540   -2.1690   -2.2900   -2.3610   -2.3430   -2.3750   -2.2840   -2.4110   -2.4190   -2.4020   -2.3450   -2.3330   -2.3030  -2.1630   -2.0650   -1.9710   -1.8780;
   -1.5900   -1.4840   -1.7410   -2.0000   -2.1930   -2.2790   -2.1860   -2.2620   -2.3950   -2.3060   -2.3730   -2.3690   -2.2950   -2.2930   -2.2620  -2.1750   -1.9930   -1.5550   -1.6610;
   -1.7070   -1.8910   -2.0130   -2.2550   -2.1410   -2.2000   -2.2040   -2.1650   -2.1790   -2.2610   -2.2830   -2.2810   -2.2940   -2.1820   -2.2180  -2.1780   -1.9360   -1.8140   -1.6300;
   -1.7350   -1.8380   -1.8440   -1.9040   -2.1330   -2.1590   -2.2170   -2.2090   -2.1840   -2.2310   -2.1860   -2.0680   -2.1150   -2.1450   -2.1800   -1.9510   -1.8910   -1.8850   -1.7820;
   -1.7990   -1.8890   -1.9170   -1.9420   -2.0970   -2.0650   -2.1120   -2.1230   -2.1400   -2.1850   -2.1640   -2.0650   -2.1070   -2.1420   -2.1210  -1.9660   -1.9410   -1.9130   -1.8230;
   -1.7530   -1.7520   -1.7970   -1.7790   -1.9870   -2.0480   -2.1570   -2.1490   -2.0480   -2.2680   -2.1780   -2.0640   -2.1420   -2.1610   -2.1020  -1.8940   -1.9120   -1.8670   -1.8680;
   -2.0670   -2.1230   -2.1070   -2.1450   -2.0530   -1.9110   -1.9740   -2.0240   -1.9260   -1.9400   -1.9670   -1.8910   -1.9780   -1.9760   -1.8720  -1.9640   -1.9260   -1.9420   -1.8860;
   -2.0080   -2.0200   -1.9550   -2.0760   -2.0260   -2.1160   -2.0610   -2.0570   -2.0730   -2.0570   -2.0340   -2.0330   -2.0300   -2.0950   -1.9960   -2.0460   -1.9250   -1.9900   -1.9780];
f16data.CZ(:,:,5) = [0.7230    0.7500    0.7440    0.7440    0.7110    0.7090    0.6970    0.6970    0.6960    0.7100    0.7040    0.7150    0.7200    0.7210    0.7210  0.7500    0.7500    0.7400    0.7100;
    0.5120    0.4950    0.4610    0.4650    0.4700    0.4700    0.4710    0.4670    0.4830    0.4760    0.4810    0.4720    0.4750    0.4730    0.4730   0.4650    0.4700    0.4900    0.5150;
    0.2490    0.2120    0.1860    0.1950    0.2030    0.2050    0.2020    0.2030    0.2070    0.2050    0.2000    0.1940    0.1980    0.1980    0.2010   0.1850    0.1900    0.2100    0.2500;
    0.1000    0.0900    0.0900    0.0950    0.1110    0.1220    0.1220    0.1220    0.1210    0.1250    0.1210    0.1140    0.1070    0.0970    0.1010   0.0810    0.0770    0.0770    0.0930;
   -0.1500   -0.1900   -0.2200   -0.2350   -0.2320   -0.2240   -0.2240   -0.2210   -0.2270   -0.2280   -0.2310   -0.2320   -0.2390   -0.2410   -0.2440  -0.2440   -0.2320   -0.2070   -0.1640;
   -0.3850   -0.4600   -0.5150   -0.5550   -0.5660   -0.5630   -0.5660   -0.5710   -0.5720   -0.5780   -0.5780   -0.5990   -0.5880   -0.5770   -0.5790  -0.5590   -0.5280   -0.4670   -0.3980;
   -0.6200   -0.6900   -0.7600   -0.8300   -0.8920   -0.8910   -0.9100   -0.9240   -0.9390   -0.9460   -0.9490   -0.9360   -0.9450   -0.9240   -0.9130  -0.8760   -0.8130   -0.7240   -0.6260;
   -0.8650   -0.9900   -1.0900   -1.1700   -1.2080   -1.2150   -1.2390   -1.2500   -1.2690   -1.2530   -1.2400   -1.2550   -1.2550   -1.2570   -1.2450   -1.1980   -1.1030   -0.9900   -0.8910;
   -1.0550   -1.1950   -1.3200   -1.4300   -1.5190   -1.5500   -1.5640   -1.5580   -1.5550   -1.5540   -1.5630   -1.5490   -1.5770   -1.5780   -1.5630  -1.4530   -1.3580   -1.2410   -1.0970;
   -1.3600   -1.4600   -1.5700   -1.6700   -1.7630   -1.7970   -1.7940   -1.8060   -1.8200   -1.8140   -1.8110   -1.8160   -1.7980   -1.8000   -1.7850   -1.6610   -1.5950   -1.4790   -1.3710;
   -1.5200   -1.6350   -1.7500   -1.8700   -1.9890   -2.0580   -2.0950   -2.1070   -2.1120   -2.1080   -2.1060   -2.0940   -2.0790   -2.0660   -2.0430  -1.9430   -1.8040   -1.6810   -1.5680;
   -1.6150   -1.7500   -1.8750   -1.9950   -2.1110   -2.1540   -2.2000   -2.2400   -2.2420   -2.2480   -2.2610   -2.2550   -2.2310   -2.1980   -2.1550   -2.0370   -1.9150   -1.7600   -1.6700;
   -1.7750   -1.8750   -1.9800   -2.0950   -2.2160   -2.2870   -2.2690   -2.3010   -2.2100   -2.3370   -2.3450   -2.3280   -2.2710   -2.2590   -2.2290   -2.0890   -1.9910   -1.8970   -1.8040;
   -1.7400   -1.8450   -1.9250   -2.0000   -2.1300   -2.2510   -2.2860   -2.2700   -2.2390   -2.3270   -2.2890   -2.2880   -2.3120   -2.2820   -2.2320  -2.0990   -2.0300   -1.9450   -1.8340;
   -1.5700   -1.7400   -1.9000   -2.0500   -2.1560   -2.2160   -2.2030   -2.1580   -2.1750   -2.2610   -2.2660   -2.2620   -2.2550   -2.1530   -2.2010  -2.1100   -1.9840   -1.8410   -1.6370;
   -1.7000   -1.8100   -1.8800   -1.9500   -2.0430   -2.1700   -2.1840   -2.1110   -2.2040   -2.2310   -2.2030   -2.1020   -2.1350   -2.1730   -2.1070  -1.9500   -1.8920   -1.8770   -1.7650;
   -1.7950   -1.8950   -1.9600   -2.0200   -2.1130   -2.0940   -2.1240   -2.1240   -2.1340   -2.1740   -2.1770   -2.1030   -2.1530   -2.1760   -2.1440  -2.0000   -1.9600   -1.9300   -1.8380;
   -1.7800   -1.7850   -1.7900   -1.8100   -1.8730   -1.9430   -2.0590   -2.2740   -2.0000   -2.2590   -2.2110   -1.8850   -2.2210   -2.2120   -2.1250  -1.9700   -1.9070   -1.8820   -1.8740;
   -1.9500   -1.9800   -1.9800   -1.9600   -1.9110   -1.8810   -1.9550   -2.0050   -1.8940   -1.8990   -2.0090   -2.0140   -2.1010   -2.0140   -1.8250  -1.8400   -1.8990   -1.9220   -1.8730;
   -1.9250   -1.9200   -1.8700   -1.8850   -1.9690   -2.0710   -2.0290   -2.0390   -2.0700   -2.0690   -2.0260   -2.0050   -2.0000   -2.0850   -2.0070  -1.9350   -1.9480   -1.9890   -1.9510];

% CZ_lef(alpha2,beta)
f16data.CZ_lef = [1.1830    1.2460    1.2790    1.2900    1.3690    1.3640    1.2970    1.2770    1.2760    1.2560    1.2810    1.2800    1.3120    1.3150    1.3060  1.2270    1.2160    1.1830    1.1200;
    0.9600    1.0180    1.0550    1.0930    1.0580    1.0390    1.0310    1.0190    1.0250    1.0350    1.0330    1.0420    1.0430    1.0560    1.0560  1.0910    1.0530    1.0160    0.9580;
    0.7090    0.7100    0.7020    0.7040    0.7010    0.7100    0.7300    0.7290    0.7290    0.7250    0.7290    0.7280    0.7280    0.7230    0.7110   0.7140    0.7120    0.7200    0.7190;
    0.2220    0.2160    0.2310    0.2270    0.2400    0.2430    0.2440    0.2490    0.2490    0.2480    0.2480    0.2420    0.2390    0.2350    0.2290   0.2160    0.2200    0.2050    0.2110;
   -0.0660   -0.0840   -0.0900   -0.1050   -0.1040   -0.0990   -0.1070   -0.0990   -0.0990   -0.1000   -0.1010   -0.1040   -0.1040   -0.1040   -0.1060  -0.1070   -0.0920   -0.0860   -0.0680;
   -0.3170   -0.3470   -0.3900   -0.4140   -0.4200   -0.4170   -0.4170   -0.4210   -0.4240   -0.4280   -0.4210   -0.4280   -0.4220   -0.4230   -0.4250  -0.4190   -0.3950   -0.3520   -0.3220;
   -0.5690   -0.6190   -0.6790   -0.7030   -0.7280   -0.7650   -0.7720   -0.7740   -0.7720   -0.7740   -0.7700   -0.7670   -0.7610   -0.7540   -0.7560  -0.7310   -0.7070   -0.6450   -0.5970;
   -0.8530   -0.9290   -1.0180   -1.0700   -1.0980   -1.1160   -1.1144   -1.1510   -1.1420   -1.1390   -1.1350   -1.1180   -1.1120   -1.1070   -1.0990  -1.0710   -1.0190   -0.9300   -0.8540;
   -1.1060   -1.1680   -1.2280   -1.3140   -1.3480   -1.3590   -1.3620   -1.3520   -1.3570   -1.3550   -1.3710   -1.3760   -1.3700   -1.3790   -1.3990  -1.3650   -1.2790   -1.2190   -1.1570;
   -1.3140   -1.4070   -1.4650   -1.5060   -1.5640   -1.5980   -1.6280   -1.6470   -1.6460   -1.6500   -1.6420   -1.6410   -1.6180   -1.5990   -1.5850  -1.5270   -1.4860   -1.4280   -1.3350;
   -1.4960   -1.5100   -1.5890   -1.6920   -1.7750   -1.8140   -1.8460   -1.8750   -1.8790   -1.8830   -1.8910   -1.8760   -1.8430   -1.8380   -1.8110  -1.7280   -1.6250   -1.5460   -1.5320;
   -1.5940   -1.6940   -1.8070   -1.8750   -1.9570   -1.9760   -2.0320   -2.0600   -2.0700   -2.0770   -2.0380   -2.0390   -2.0280   -2.0050   -1.9860  -1.9040   -1.8360   -1.7130   -1.6230;
   -1.6830   -1.7550   -1.9120   -1.9990   -2.1110   -2.1490   -2.1470   -2.2040   -2.2070   -2.2040   -2.2050   -2.1950   -2.1930   -2.1740   -2.1330  -2.0210   -1.9340   -1.7770   -1.7050;
   -1.6640   -1.7830   -1.8590   -1.9620   -2.0300   -2.1290   -1.9170   -2.1430   -2.0500   -2.2080   -2.2010   -2.1820   -2.0770   -2.2090   -2.1260  -2.0580   -1.9550   -1.8790   -1.7600];

% CZq(alpha1)
f16data.CZq = [-23.9000  -23.9000  -23.9000  -29.5000  -29.5000  -30.5000  -31.3000  -30.1000  -27.7000  -28.2000  -29.0000  -29.8000  -38.3000  -35.3000  -32.3000 -27.3000  -25.2000  -27.3000   -9.3500   -2.1600]';

% dCZq_lef(alpha2)
f16data.dCZq_lef = [15.1000   15.1000   15.1000    3.7000    0.6000   -1.3000    0.3000   -3.8000   -4.6000   -0.2000   -2.7000   -3.5000   -1.3000   -0.6500]';

%--------------------------------------------------------------------------
% Cm,T
%--------------------------------------------------------------------------
% Cm(alpha1,beta,de1)
f16data.Cm(:,:,1) = [0.2059    0.1937    0.1918    0.1850    0.1692    0.1693    0.1770    0.1746    0.1742    0.1750    0.1721    0.1758    0.1801    0.1826    0.1912   0.2070    0.2140    0.2160    0.2270;
    0.1698    0.1650    0.1733    0.1723    0.1533    0.1618    0.1639    0.1607    0.1597    0.1584    0.1589    0.1615    0.1573    0.1534    0.1464   0.1650    0.1670    0.1580    0.1630;
    0.1426    0.1579    0.1807    0.1641    0.1533    0.1586    0.1595    0.1629    0.1615    0.1590    0.1566    0.1534    0.1523    0.1489    0.1493   0.1580    0.1750    0.1530    0.1380;
    0.1620    0.1770    0.1530    0.1450    0.1380    0.1365    0.1329    0.1269    0.1242    0.1216    0.1183    0.1212    0.1236    0.1267    0.1303   0.1373    0.1444    0.1679    0.1538;
    0.1530    0.1540    0.1480    0.1450    0.1445    0.1438    0.1430    0.1411    0.1412    0.1409    0.1410    0.1409    0.1403    0.1409    0.1414   0.1448    0.1453    0.1523    0.1513;
    0.1470    0.1530    0.1560    0.1570    0.1586    0.1595    0.1585    0.1577    0.1580    0.1580    0.1591    0.1584    0.1576    0.1572    0.1573   0.1568    0.1557    0.1540    0.1472;
    0.1500    0.1620    0.1650    0.1700    0.1746    0.1758    0.1768    0.1778    0.1833    0.1845    0.1840    0.1824    0.1811    0.1797    0.1784   0.1750    0.1701    0.1663    0.1547;
    0.1670    0.1760    0.1910    0.1960    0.2000    0.2012    0.2041    0.2062    0.2069    0.2087    0.2070    0.2066    0.2055    0.2022    0.2000   0.1958    0.1901    0.1755    0.1668;
    0.1510    0.1700    0.1900    0.2020    0.2073    0.2098    0.2122    0.2129    0.2137    0.2152    0.2133    0.2118    0.2109    0.2082    0.2061   0.1991    0.1878    0.1618    0.1479;
    0.1200    0.1470    0.1750    0.1940    0.2043    0.2028    0.2028    0.1991    0.1981    0.1978    0.1969    0.1957    0.1958    0.1948    0.1953   0.1877    0.1687    0.1406    0.1130;
    0.1080    0.0670    0.0980    0.1500    0.1704    0.1930    0.1985    0.2009    0.2022    0.2022    0.2021    0.2007    0.1972    0.1947    0.1901   0.1696    0.1186    0.0889    0.1270;
    0.0820    0.0470    0.0680    0.0810    0.1174    0.1233    0.1522    0.1713    0.1789    0.1814    0.1815    0.1799    0.1790    0.1703    0.1459    0.1124    0.0962    0.0757    0.1132;
    0.1130    0.0500    0.0600    0.0870    0.1131    0.1279    0.1341    0.1433    0.1483    0.1478    0.1291    0.1312    0.1245    0.1025    0.1028    0.0745    0.0495    0.0406    0.1024;
    0.0930    0.0660    0.0650    0.0530    0.0734    0.0914    0.0968    0.0848    0.0935    0.0922    0.0940    0.0838    0.0610    0.0491    0.0420   0.0208    0.0343    0.0338    0.0600;
   -0.0150   -0.0110   -0.0250    0.0150    0.0663    0.0644    0.0498    0.0407    0.0521    0.0745    0.0670    0.0453    0.0373    0.0320    0.0397  -0.0114   -0.0514   -0.0371   -0.0408;
    0.0190    0.0170   -0.0860   -0.0040    0.0794    0.0494    0.0174    0.0530    0.0292    0.0713    0.0404    0.0007   -0.0024    0.0165    0.0281  -0.0562   -0.1373   -0.0343   -0.0335;
   -0.0360   -0.0230   -0.0750   -0.0600   -0.0627   -0.0705   -0.0556   -0.0534   -0.0549   -0.0540   -0.0618   -0.0674   -0.0828   -0.0849   -0.1004  -0.0976   -0.1117   -0.0599   -0.0714;
   -0.3070   -0.3080   -0.2850   -0.3050   -0.2769   -0.2648   -0.1828   -0.2115   -0.2032   -0.2244   -0.2264   -0.2195   -0.2054   -0.2203   -0.2191  -0.2479   -0.2276   -0.2518   -0.2503;
   -0.3650   -0.3980   -0.4030   -0.3870   -0.3411   -0.3344   -0.3425   -0.3455   -0.3254   -0.3389   -0.3522   -0.3187   -0.3262   -0.3283   -0.3285  -0.3763   -0.3923   -0.3857   -0.3532;
   -0.5260   -0.5270   -0.5150   -0.5040   -0.4900   -0.5157   -0.4801   -0.4970   -0.4831   -0.4723   -0.4830   -0.4818   -0.4911   -0.5074   -0.4863  -0.5001   -0.5124   -0.5227   -0.5219];
f16data.Cm(:,:,2) = [0.1469    0.1272    0.1210    0.1075    0.0798    0.0756    0.0800    0.0827    0.0853    0.0864    0.0782    0.0811    0.0821    0.0847    0.0965   0.1240    0.1376    0.1439    0.1631;
    0.1087    0.0956    0.0947    0.0885    0.0581    0.0549    0.0505    0.0427    0.0378    0.0328    0.0353    0.0426    0.0481    0.0499    0.0524   0.0823    0.0891    0.0898    0.1002;
    0.0784    0.0743    0.0852    0.0619    0.0390    0.0344    0.0290    0.0249    0.0177    0.0041    0.0169    0.0227    0.0280    0.0311    0.0357   0.0585    0.0820    0.0707    0.0752;
    0.0570    0.0620    0.0440    0.0320    0.0170    0.0160    0.0120    0.0080    0.0100    0.0076    0.0070    0.0080    0.0100    0.0110    0.0120   0.0270    0.0390    0.0580    0.0520;
    0.0520    0.0540    0.0430    0.0390    0.0420    0.0410    0.0420    0.0430    0.0430    0.0430    0.0420    0.0430    0.0370    0.0380    0.0378   0.0430    0.0450    0.0570    0.0500;
    0.0520    0.0420    0.0500    0.0530    0.0540    0.0530    0.0540    0.0530    0.0520    0.0501    0.0520    0.0510    0.0510    0.0510    0.0510   0.0510    0.0490    0.0430    0.0520;
    0.0280    0.0350    0.0400    0.0400    0.0470    0.0480    0.0500    0.0500    0.0510    0.0553    0.0520    0.0530    0.0520    0.0520    0.0510   0.0430    0.0420    0.0380    0.0300;
    0.0430    0.0400    0.0530    0.0600    0.0630    0.0630    0.0670    0.0690    0.0720    0.0706    0.0710    0.0700    0.0700    0.0680    0.0630   0.0590    0.0530    0.0400    0.0420;
    0.0270    0.0250    0.0400    0.0500    0.0570    0.0560    0.0580    0.0600    0.0650    0.0674    0.0690    0.0660    0.0620    0.0550    0.0520   0.0460    0.0360    0.0200    0.0220;
    0.0100    0.0080    0.0230    0.0380    0.0470    0.0480    0.0480    0.0460    0.0480    0.0492    0.0460    0.0470    0.0440    0.0430    0.0430   0.0340    0.0190    0.0020    0.0050;
    0.0150   -0.0350   -0.0170    0.0030    0.0200    0.0400    0.0470    0.0490    0.0510    0.0528    0.0480    0.0480    0.0450    0.0400    0.0330   0.0160   -0.0050   -0.0240    0.0280;
    0.0160   -0.0270   -0.0340   -0.0240   -0.0060    0.0040    0.0160    0.0240    0.0310    0.0278    0.0280    0.0250    0.0120    0.0130    0.0030  -0.0210   -0.0260   -0.0200    0.0230;
    0.0680    0.0190   -0.0160   -0.0130   -0.0080   -0.0070   -0.0060   -0.0050   -0.0060   -0.0094   -0.0220   -0.0220   -0.0440   -0.0380   -0.0410  -0.0470   -0.0500   -0.0130    0.0330;
    0.0250   -0.0210   -0.0270   -0.0540   -0.0500   -0.0390   -0.0530   -0.0540   -0.0390   -0.0411   -0.0470   -0.0580   -0.0720   -0.0750   -0.0810  -0.0850   -0.0560   -0.0510   -0.0060;
   -0.0111         0   -0.0070   -0.0105    0.0073   -0.0085   -0.0371   -0.0519   -0.0379   -0.0129   -0.0221   -0.0455   -0.0542   -0.0594   -0.0515  -0.0693   -0.0658   -0.0588   -0.0699;
    0.0002    0.0043   -0.0936   -0.0425    0.0359    0.0134   -0.0110   -0.0169   -0.0113    0.0202   -0.0131   -0.0553   -0.0602   -0.0424   -0.0319  -0.1104   -0.1614   -0.0635   -0.0676;
   -0.0879   -0.0315   -0.0384   -0.1757   -0.0962   -0.1050   -0.0912   -0.0857   -0.0794   -0.0708   -0.0887   -0.1045   -0.1247   -0.1264   -0.1414  -0.2209   -0.0836   -0.0767   -0.1331;
   -0.3429   -0.3579   -0.3430   -0.3564   -0.3520   -0.3363   -0.2691   -0.3005   -0.2924   -0.3137   -0.3113   -0.3001   -0.2868   -0.3076   -0.3124  -0.3168   -0.3034   -0.3182   -0.3033;
   -0.4294   -0.4715   -0.4877   -0.4833   -0.4315   -0.4235   -0.4238   -0.4321   -0.4110   -0.4236   -0.4445   -0.4185   -0.4268   -0.4231   -0.4175  -0.4693   -0.4737   -0.4575   -0.4154;
   -0.6208   -0.6173   -0.6028   -0.5959   -0.5532   -0.5881   -0.5617   -0.5859   -0.5773   -0.5718   -0.5728   -0.5618   -0.5680   -0.5878   -0.5702  -0.5789   -0.5858   -0.6003   -0.6038];
f16data.Cm(:,:,3) = [0.0978    0.0719    0.0621    0.0430    0.0054   -0.0023   -0.0006    0.0062    0.0114    0.0127    0.0001    0.0023    0.0006    0.0033    0.0177   0.0550    0.0740    0.0840    0.1100;
    0.0560    0.0357    0.0264    0.0163   -0.0240   -0.0372   -0.0472   -0.0590   -0.0674   -0.0755   -0.0712   -0.0600   -0.0460   -0.0393   -0.0287   0.0110    0.0220    0.0310    0.0460;
    0.0342    0.0167    0.0194   -0.0089   -0.0410   -0.0510   -0.0608   -0.0700   -0.0813   -0.1025   -0.0793   -0.0673   -0.0576   -0.0500   -0.0424  -0.0100    0.0180    0.0140    0.0320;
   -0.0240   -0.0240   -0.0390   -0.0550   -0.0758   -0.0773   -0.0802   -0.0802   -0.0774   -0.0744   -0.0774   -0.0782   -0.0784   -0.0782   -0.0770  -0.0572   -0.0400   -0.0251   -0.0260;
   -0.0550   -0.0460   -0.0590   -0.0640   -0.0660   -0.0660   -0.0639   -0.0615   -0.0605   -0.0598   -0.0600   -0.0606   -0.0608   -0.0617   -0.0621  -0.0606   -0.0587   -0.0484   -0.0517;
   -0.0460   -0.0640   -0.0550   -0.0520   -0.0514   -0.0507   -0.0509   -0.0501   -0.0499   -0.0498   -0.0500   -0.0518   -0.0526   -0.0532   -0.0537  -0.0545   -0.0564   -0.0619   -0.0651;
   -0.0670   -0.0620   -0.0560   -0.0530   -0.0495   -0.0484   -0.0467   -0.0457   -0.0444   -0.0437   -0.0448   -0.0458   -0.0480   -0.0490   -0.0498  -0.0534   -0.0555   -0.0619   -0.0658;
   -0.0670   -0.0770   -0.0680   -0.0590   -0.0536   -0.0514   -0.0489   -0.0456   -0.0419   -0.0407   -0.0410   -0.0422   -0.0432   -0.0447   -0.0484  -0.0536   -0.0609   -0.0715   -0.0613;
   -0.0570   -0.0710   -0.0620   -0.0520   -0.0478   -0.0518   -0.0498   -0.0463   -0.0384   -0.0342   -0.0329   -0.0366   -0.0426   -0.0532   -0.0555  -0.0620   -0.0705   -0.0800   -0.0660;
   -0.0640   -0.0880   -0.0770   -0.0670   -0.0548   -0.0539   -0.0530   -0.0520   -0.0499   -0.0507   -0.0501   -0.0506   -0.0526   -0.0539   -0.0560  -0.0649   -0.0761   -0.0888   -0.0633;
   -0.0450   -0.1050   -0.0920   -0.0920   -0.0782   -0.0608   -0.0529   -0.0500   -0.0471   -0.0459   -0.0510   -0.0520   -0.0542   -0.0612   -0.0680  -0.0847   -0.0849   -0.0971   -0.0364;
   -0.0220   -0.0720   -0.0920   -0.0880   -0.0738   -0.0639   -0.0594   -0.0572   -0.0567   -0.0605   -0.0605   -0.0625   -0.0729   -0.0747   -0.0804  -0.0930   -0.0974   -0.0775   -0.0279;
    0.0450    0.0050   -0.0520   -0.0610   -0.0662   -0.0729   -0.0739   -0.0789   -0.0820   -0.0835   -0.0917   -0.0971   -0.1252   -0.1071   -0.1116  -0.1057   -0.0979   -0.0402    0.0022;
   -0.0010   -0.0520   -0.0600   -0.0920   -0.0927   -0.0861   -0.1056   -0.0966   -0.0862   -0.0923   -0.0975   -0.1080   -0.1168   -0.1209   -0.1243  -0.1234   -0.0897   -0.0820   -0.0294;
   -0.0090   -0.0130   -0.0170   -0.0350   -0.0780   -0.0713   -0.0774   -0.0890   -0.0913   -0.0826   -0.0898   -0.1112   -0.1201   -0.1277   -0.1222  -0.1220   -0.0852   -0.0648   -0.0624;
   -0.0510   -0.0180   -0.0650   -0.0530   -0.0477   -0.0520   -0.0583   -0.0663   -0.0830   -0.0738   -0.0851   -0.1053   -0.1050   -0.0988   -0.1000  -0.1076   -0.1152   -0.0589   -0.1047;
   -0.1830   -0.1480   -0.1730   -0.1720   -0.1512   -0.1428   -0.1118   -0.1094   -0.1266   -0.1414   -0.1436   -0.1437   -0.1521   -0.1459   -0.1530  -0.1709   -0.1741   -0.1475   -0.1841;
   -0.3830   -0.3980   -0.3820   -0.3870   -0.3869   -0.3637   -0.2706   -0.2967   -0.2944   -0.3216   -0.3252   -0.3199   -0.3123   -0.3385   -0.3487  -0.3486   -0.3445   -0.3593   -0.3444;
   -0.4830   -0.5180   -0.5280   -0.5060   -0.4850   -0.4785   -0.4804   -0.4869   -0.4605   -0.4678   -0.4883   -0.4620   -0.4744   -0.4792   -0.4821  -0.5022   -0.5242   -0.5145   -0.4788;
   -0.6330   -0.6300   -0.6160   -0.6160   -0.6067   -0.6366   -0.6053   -0.6281   -0.6217   -0.6184   -0.6163   -0.6022   -0.6073   -0.6281   -0.6115  -0.6209   -0.6210   -0.6351   -0.6381];
f16data.Cm(:,:,4) = [0.0200   -0.0036   -0.0107   -0.0334   -0.0778   -0.0944   -0.0926   -0.0855   -0.0815   -0.0835   -0.0955   -0.0930   -0.0943   -0.0881   -0.0743  -0.0265   -0.0040    0.0034    0.0268;
   -0.0153   -0.0385   -0.0525   -0.0743   -0.1233   -0.1376   -0.1466   -0.1551   -0.1663   -0.1719   -0.1683   -0.1568   -0.1437   -0.1371   -0.1295  -0.0798   -0.0589   -0.0445   -0.0241;
   -0.0549   -0.0792   -0.0932   -0.1226   -0.1521   -0.1609   -0.1688   -0.1774   -0.1880   -0.2153   -0.1839   -0.1738   -0.1648   -0.1594   -0.1525  -0.1225   -0.0931   -0.1276   -0.0548;
   -0.1120   -0.1240   -0.1520   -0.1680   -0.1830   -0.1880   -0.1910   -0.1920   -0.1890   -0.1888   -0.1900   -0.1930   -0.1930   -0.1910   -0.1830  -0.1680   -0.1520   -0.1250   -0.1120;
   -0.1170   -0.1270   -0.1520   -0.1590   -0.1600   -0.1600   -0.1590   -0.1570   -0.1620   -0.1610   -0.1620   -0.1630   -0.1670   -0.1620   -0.1620  -0.1620   -0.1530   -0.1260   -0.1170;
   -0.1050   -0.1330   -0.1440   -0.1550   -0.1550   -0.1550   -0.1550   -0.1550   -0.1580   -0.1606   -0.1610   -0.1620   -0.1570   -0.1570   -0.1560  -0.1560   -0.1450   -0.1330   -0.1180;
   -0.0970   -0.1120   -0.1220   -0.1350   -0.1420   -0.1420   -0.1510   -0.1530   -0.1570   -0.1548   -0.1550   -0.1520   -0.1530   -0.1450   -0.1460  -0.1400   -0.1260   -0.1170   -0.1040;
   -0.0970   -0.1180   -0.1330   -0.1510   -0.1520   -0.1500   -0.1550   -0.1550   -0.1520   -0.1452   -0.1480   -0.1550   -0.1550   -0.1570   -0.1520  -0.1510   -0.1340   -0.1180   -0.0960;
   -0.0620   -0.0830   -0.0970   -0.1060   -0.1340   -0.1420   -0.1380   -0.1340   -0.1300   -0.1264   -0.1260   -0.1260   -0.1510   -0.1610   -0.1660  -0.1370   -0.1260   -0.1150   -0.0940;
   -0.0750   -0.1030   -0.1130   -0.1080   -0.1370   -0.1440   -0.1530   -0.1540   -0.1540   -0.1530   -0.1550   -0.1500   -0.1500   -0.1600   -0.1640  -0.1330   -0.1380   -0.1290   -0.0990;
   -0.0880   -0.1680   -0.1650   -0.1720   -0.1710   -0.1550   -0.1500   -0.1470   -0.1440   -0.1440   -0.1450   -0.1460   -0.1530   -0.1570   -0.1560  -0.1590   -0.1520   -0.1550   -0.0750;
   -0.1050   -0.1611   -0.1862   -0.2095   -0.1951   -0.1760   -0.1514   -0.1444   -0.1427   -0.1411   -0.1450   -0.1513   -0.1565   -0.1627   -0.1705  -0.1836   -0.1611   -0.1363   -0.0815;
   -0.0438   -0.1079   -0.1281   -0.1485   -0.1405   -0.1272   -0.1301   -0.1367   -0.1555   -0.1450   -0.1543   -0.1595   -0.1527   -0.1644   -0.1682  -0.1791   -0.1553   -0.1362   -0.0744;
   -0.1448   -0.0931   -0.1319   -0.1793   -0.1518   -0.1264   -0.1053   -0.1575   -0.1807   -0.1411   -0.1635   -0.1655   -0.1635   -0.1815   -0.1872  -0.2206   -0.1644   -0.1320   -0.1935;
   -0.1530   -0.1330   -0.1280   -0.1470   -0.1077   -0.1030   -0.1111   -0.1154   -0.1161   -0.1008   -0.1060   -0.1254   -0.1273   -0.1228   -0.1052  -0.1442   -0.1253   -0.1286   -0.1498;
   -0.0760   -0.0630   -0.1520   -0.0570   -0.0075   -0.0460   -0.0865   -0.0614   -0.0976   -0.0679   -0.0922   -0.1253   -0.1221   -0.0972   -0.0797  -0.1301   -0.2255   -0.1358   -0.1481;
   -0.1710   -0.1200   -0.1350   -0.1400   -0.1588   -0.1634   -0.1455   -0.1444   -0.1512   -0.1556   -0.1653   -0.1719   -0.1866   -0.1859   -0.1985  -0.1808   -0.1758   -0.1621   -0.2116;
   -0.4001   -0.4044   -0.3789   -0.4050   -0.3419   -0.3364   -0.2610   -0.2714   -0.2201   -0.1983   -0.2363   -0.2655   -0.2695   -0.2844   -0.2833  -0.3734   -0.3473   -0.3728   -0.3685;
   -0.5082   -0.5338   -0.5333   -0.5253   -0.4877   -0.4848   -0.4902   -0.4970   -0.4677   -0.4721   -0.4929   -0.4669   -0.4776   -0.4787   -0.4779  -0.5155   -0.5235   -0.5240   -0.4984;
   -0.6368   -0.6326   -0.6174   -0.6217   -0.5909   -0.6214   -0.5906   -0.6146   -0.6099   -0.6083   -0.6080   -0.5958   -0.5979   -0.6109   -0.5865  -0.6173   -0.6130   -0.6282   -0.6324];
f16data.Cm(:,:,5) = [-0.0818   -0.1023   -0.1060   -0.1334   -0.1866   -0.2149   -0.2128   -0.2055   -0.2030   -0.2093   -0.2204   -0.2176   -0.2185   -0.2077   -0.1946  -0.1330   -0.1060   -0.1020   -0.0820;
   -0.1160   -0.1432   -0.1646   -0.2020   -0.2635   -0.2792   -0.2868   -0.2906   -0.3059   -0.3079   -0.3052   -0.2933   -0.2816   -0.2750   -0.2717  -0.2080   -0.1730   -0.1510   -0.1230;
   -0.1527   -0.1845   -0.2168   -0.2480   -0.2740   -0.2816   -0.2874   -0.2952   -0.3025   -0.3391   -0.2988   -0.2907   -0.2825   -0.2794   -0.2734  -0.2460   -0.2150   -0.1830   -0.1500;
   -0.1770   -0.2000   -0.2370   -0.2520   -0.2630   -0.2698   -0.2734   -0.2737   -0.2738   -0.2741   -0.2761   -0.2782   -0.2785   -0.2756   -0.2632  -0.2527   -0.2370   -0.2002   -0.1772;
   -0.1740   -0.1970   -0.2340   -0.2470   -0.2487   -0.2486   -0.2493   -0.2489   -0.2539   -0.2527   -0.2524   -0.2524   -0.2532   -0.2517   -0.2491  -0.2491   -0.2359   -0.1983   -0.1748;
   -0.1640   -0.1920   -0.2190   -0.2430   -0.2429   -0.2425   -0.2441   -0.2476   -0.2540   -0.2562   -0.2589   -0.2581   -0.2482   -0.2428   -0.2427  -0.2434   -0.2199   -0.1939   -0.1612;
   -0.1280   -0.1620   -0.1880   -0.2160   -0.2297   -0.2289   -0.2391   -0.2519   -0.2626   -0.2554   -0.2599   -0.2530   -0.2501   -0.2367   -0.2330  -0.2220   -0.1938   -0.1664   -0.1338;
   -0.1160   -0.1480   -0.1810   -0.2150   -0.2186   -0.2174   -0.2272   -0.2283   -0.2258   -0.2157   -0.2184   -0.2297   -0.2305   -0.2310   -0.2190  -0.2175   -0.1838   -0.1502   -0.1195;
   -0.0680   -0.0930   -0.1240   -0.1540   -0.2203   -0.2311   -0.2272   -0.2205   -0.2205   -0.2165   -0.2182   -0.2138   -0.2589   -0.2705   -0.2751  -0.2111   -0.1811   -0.1482   -0.1227;
   -0.0750   -0.1090   -0.1320   -0.1330   -0.1882   -0.2123   -0.2264   -0.2304   -0.2337   -0.2325   -0.2322   -0.2269   -0.2243   -0.2382   -0.2465  -0.1828   -0.1848   -0.1595   -0.1250;
   -0.0970   -0.1860   -0.1860   -0.1980   -0.1989   -0.1828   -0.1798   -0.1762   -0.1751   -0.1740   -0.1732   -0.1782   -0.1855   -0.1875   -0.1852  -0.1824   -0.1732   -0.1478   -0.0814;
   -0.1040   -0.1600   -0.1850   -0.2080   -0.1936   -0.1746   -0.1503   -0.1433   -0.1416   -0.1401   -0.1440   -0.1502   -0.1555   -0.1616   -0.1694  -0.1825   -0.1603   -0.1356   -0.0808;
   -0.0250   -0.0840   -0.1120   -0.1300   -0.1248   -0.1157   -0.1182   -0.1245   -0.1400   -0.1320   -0.1411   -0.1463   -0.1532   -0.1523   -0.1562  -0.1636   -0.1432   -0.1159   -0.0582;
   -0.0570   -0.0680   -0.0880   -0.1260   -0.1157   -0.1018   -0.1055   -0.1203   -0.1230   -0.1113   -0.1232   -0.1304   -0.1350   -0.1445   -0.1488  -0.1618   -0.1188   -0.1003   -0.0933;
   -0.1080   -0.0930   -0.0930   -0.0870   -0.0745   -0.0894   -0.1198   -0.1388   -0.1366   -0.1234   -0.1254   -0.1416   -0.1463   -0.1508   -0.1421 -0.1550   -0.1585   -0.1588   -0.1771;
   -0.1250   -0.1150   -0.2070   -0.1030   -0.0588   -0.0831   -0.1095   -0.0791   -0.1189   -0.0929   -0.1186   -0.1533   -0.1523   -0.1304   -0.1158  -0.1580   -0.2612   -0.1702   -0.1812;
   -0.1430   -0.0820   -0.0850   -0.0910   -0.1251   -0.1492   -0.1507   -0.1570   -0.1589   -0.1584   -0.1689   -0.1773   -0.1947   -0.1982   -0.2150  -0.1808   -0.1737   -0.1719   -0.2333;
   -0.4220   -0.4380   -0.4250   -0.4330   -0.3390   -0.3231   -0.2373   -0.2547   -0.2277   -0.2303   -0.3505   -0.1931   -0.1880   -0.2371   -0.2701  -0.3635   -0.3563   -0.3697   -0.3534;
   -0.4500   -0.5000   -0.5240   -0.5140   -0.4633   -0.4648   -0.4746   -0.4862   -0.4621   -0.4716   -0.4474   -0.3916   -0.4082   -0.4299   -0.4593  -0.5113   -0.5202   -0.4961   -0.4460;
   -0.5600   -0.5920   -0.5130   -0.5930   -0.5674   -0.6030   -0.5774   -0.6021   -0.5938   -0.5886   -0.5839   -0.5673   -0.5700   -0.5885   -0.5696  -0.5961   -0.6158   -0.5951   -0.5634];

% Cm_lef(alpha2,beta)
f16data.Cm_lef = [0.0922    0.0559    0.0525   -0.0338   -0.0518   -0.0605   -0.0574   -0.0554   -0.0550   -0.0503   -0.0521   -0.0483   -0.0459   -0.0404   -0.0373  -0.0193    0.0670    0.0704    0.1067;
    0.0372    0.0062   -0.0067   -0.0217   -0.0702   -0.0860   -0.1001   -0.1000   -0.1002   -0.1012   -0.0974   -0.0939   -0.0839   -0.0837   -0.0759  -0.0274   -0.0124    0.0005    0.0315;
    0.0251    0.0006    0.0014   -0.0229   -0.0536   -0.0634   -0.0654   -0.0656   -0.0652   -0.0647   -0.0653   -0.0659   -0.0654   -0.0631   -0.0570  -0.0263   -0.0020   -0.0028    0.0217;
   -0.0006   -0.0193   -0.0234   -0.0321   -0.0386   -0.0389   -0.0385   -0.0386   -0.0388   -0.0387   -0.0389   -0.0387   -0.0388   -0.0392   -0.0386  -0.0321   -0.0234   -0.0193   -0.0006;
   -0.0273   -0.0246   -0.0230   -0.0231   -0.0259   -0.0255   -0.0286   -0.0271   -0.0271   -0.0267   -0.0266   -0.0272   -0.0280   -0.0267   -0.0270  -0.0242   -0.0241   -0.0257   -0.0284;
   -0.0319   -0.0272   -0.0204   -0.0170   -0.0152   -0.0148   -0.0145   -0.0138   -0.0127   -0.0128   -0.0133   -0.0141   -0.0149   -0.0157   -0.0164  -0.0182   -0.0216   -0.0287   -0.0331;
   -0.0446   -0.0368   -0.0266   -0.0166   -0.0127   -0.0113   -0.0092   -0.0057   -0.0033   -0.0016   -0.0017   -0.0025   -0.0038   -0.0049   -0.0085  -0.0124   -0.0224   -0.0326   -0.0404;
   -0.0682   -0.0587   -0.0425   -0.0197         0    0.0026    0.0078    0.0158    0.0243    0.0323    0.0328    0.0290    0.0189    0.0120    0.0061  -0.0136   -0.0364   -0.0526   -0.0621;
   -0.0947   -0.0851   -0.0642   -0.0536   -0.0308   -0.0293   -0.0275   -0.0234   -0.0188   -0.0161   -0.0141   -0.0136   -0.0154   -0.0180   -0.0273  -0.0501   -0.0607   -0.0816   -0.0912;
   -0.1090   -0.1235   -0.0938   -0.0777   -0.0674   -0.0648   -0.1607   -0.0558   -0.0526   -0.0455   -0.0471   -0.0479   -0.0530   -0.0563   -0.0610  -0.0713   -0.0874   -0.1171   -0.1026;
   -0.0135   -0.0857   -0.0907   -0.1013   -0.0875   -0.0983   -0.0951   -0.0913   -0.0902   -0.0871   -0.0865   -0.0896   -0.0962   -0.0997   -0.1060  -0.1198   -0.1092   -0.1042   -0.0320;
    0.0202   -0.0510   -0.0891   -0.1086   -0.1018   -0.1014   -0.1105   -0.1117   -0.1127   -0.1151   -0.1167   -0.1230   -0.1301   -0.1387   -0.1402  -0.1470   -0.1275   -0.0894   -0.0142;
   -0.0116   -0.0639   -0.0971   -0.1156   -0.1170   -0.1142   -0.1182   -0.1160   -0.1178   -0.1206   -0.1280   -0.1347   -0.1436   -0.1512   -0.1516  -0.1502   -0.1317   -0.0985   -0.0462;
   -0.0023   -0.0164   -0.0417   -0.0987   -0.0985   -0.0975   -0.1278   -0.1042   -0.1156   -0.0979   -0.1122   -0.1225   -0.1444   -0.1340   -0.1461  -0.1463   -0.0893   -0.0640   -0.0499];

% Cmq(alpha1)
f16data.Cmq = [-6.8400   -6.8400   -6.8400   -3.4200   -5.4800   -5.4500   -6.0200   -6.7000   -5.6900   -6.0000   -6.2000   -6.4000  -6.6000  -6.0000  -5.5000   -5.0000   -4.5000    -3.5000   -5.6000   -4.0400]';

% dCmq_lef(alpha2)
f16data.dCmq_lef = [-0.3670   -0.3670   -0.3670    2.8800    0.2500    0.2700   -0.2100    0.3600   -1.2600   -2.5100   -1.6600   -1.7200   -1.2000   -0.6000]';

% dCm(alpha1)
f16data.dCm = [0.0190    0.0190    0.0190    0.0190    0.0190    0.0190    0.0200    0.0400    0.0400    0.0500    0.0600    0.0600    0.0600    0.0600    0.0600   0.0600    0.0600    0.0600    0.0600    0.0600]';

% dCm_ds(alpha1,de3)
f16data.dCm_ds = [0.0000   0.0000   0.0000   0.0000   0.0000   0.0000   0.0000;
    0.0000   0.0000   0.0000   0.0000   0.0000   0.0000   0.0000;
    0.0000   0.0000   0.0000   0.0000   0.0000   0.0000   0.0000;
    0.0000   0.0000   0.0000   0.0000   0.0000   0.0000   0.0000;
    0.0000   0.0000   0.0000   0.0000   0.0000   0.0000   0.0000;
    0.0000   0.0000   0.0000   0.0000   0.0000   0.0000   0.0000;
    0.0000   0.0000   0.0000   0.0000   0.0000   0.0000   0.0000;
    0.0000   0.0000   0.0000   0.0000   0.0000   0.0000   0.0000;
    0.0000   0.0000   0.0000   0.0000   0.0000   0.0000   0.0000;
    0.0000   0.0000   0.0000   0.0000   0.0000   0.0000   0.0000;
    0.0000   0.0000   0.0000   0.0000   0.0000   0.0000   0.0000;
    0.0000   0.0000   0.0000   0.0000   -0.0113   -0.0132   0.0000;
    0.0000   0.0100   0.0100   0.0200   0.0041   0.0297   0.0254;
    0.0480   0.0570   0.0640   0.0700   0.0706   0.0506   0.0407;
    0.0390   0.0540   0.1050   0.0750   0.0792   0.0747   0.0822;
    0.0000   0.0250   0.0750   0.0400   0.0416   0.0500   0.0583;
    0.0840   0.0800   0.1060   0.1000   0.0886   0.0776   0.0785;
    0.0990   0.0750   0.1320   0.0200   0.0288   0.0361   0.0468;
    0.0200   0.0100   0.0500   0.0000   0.0218   -0.0251   -0.0210;
    0.0000   0.0100   0.0400   0.0000   -0.0345   -0.0378   -0.0378];
    
%--------------------------------------------------------------------------
% CY,T
%--------------------------------------------------------------------------
% CY(alpha1,beta)
f16data.CY = [0.3677	0.307	0.246	0.1844	0.1062	0.085	0.0677	0.038	0.0186	0	-0.0232	-0.0467	-0.0747	-0.1078	-0.1421	-0.2221	-0.2861	-0.3461	-0.4081;
0.4019	0.322	0.2651	0.1964	0.1332	0.1039	0.0753	0.0442	0.0175	0	-0.0188	-0.0402	-0.0681	-0.1004	-0.1317	-0.193	-0.254	-0.319	-0.398;
0.4367	0.3823	0.3185	0.2462	0.1513	0.1156	0.076	0.0434	0.0161	0	-0.0124	-0.043	-0.0792	-0.1171	-0.1542	-0.2482	-0.3212	-0.3842	-0.4382;
0.5538	0.4778	0.3758	0.2818	0.1833	0.1449	0.1055	0.0662	0.0325	0	-0.042	-0.0763	-0.1177	-0.1575	-0.2072	-0.3041	-0.4001	-0.5013	-0.5794;
0.6218	0.5258	0.4208	0.3088	0.2014	0.1553	0.1138	0.0726	0.0371	0	-0.0394	-0.0764	-0.1191	-0.1674	-0.2134	-0.3198	-0.4315	-0.5369	-0.64;
0.6544	0.5514	0.4294	0.3124	0.2028	0.1607	0.1133	0.0767	0.0331	0	-0.0383	-0.0819	-0.1233	-0.1705	-0.2173	-0.3257	-0.443	-0.5506	-0.6514;
0.6255	0.5185	0.4225	0.3065	0.2016	0.1597	0.1131	0.0748	0.0345	0	-0.0383	-0.0786	-0.1204	-0.1668	-0.2171	-0.3204	-0.4347	-0.5313	-0.6371;
0.5885	0.4665	0.3755	0.2875	0.1837	0.1473	0.1069	0.0652	0.0298	0	-0.0383	-0.077	-0.12	-0.1642	-0.2056	-0.3091	-0.3966	-0.4868	-0.61;
0.5783	0.4633	0.3383	0.2563	0.1814	0.1504	0.1116	0.0703	0.0332	0	-0.0248	-0.0558	-0.0984	-0.1366	-0.1729	-0.2479	-0.328	-0.4542	-0.5698;
0.5005	0.4195	0.3005	0.2295	0.1643	0.1409	0.1029	0.0654	0.0343	0	-0.0335	-0.0677	-0.1028	-0.1369	-0.1692	-0.2337	-0.3044	-0.4241	-0.503;
0.3751	0.3161	0.2291	0.1411	0.0927	0.1057	0.0911	0.063	0.0297	0	-0.0306	-0.0647	-0.0906	-0.1159	-0.1353	-0.1841	-0.2743	-0.36	-0.4189;
0.3292	0.2952	0.2112	0.1472	0.0857	0.0581	0.0651	0.0563	0.0264	0	-0.0214	-0.0513	-0.0806	-0.0971	-0.1022	-0.1632	-0.2282	-0.3141	-0.3488;
0.447	0.3885	0.3025	0.2135	0.0748	0.0531	0.0303	0.036	0.0123	0	-0.032	-0.0484	-0.0664	-0.0958	-0.1075	-0.1539	-0.1575	-0.1807	-0.2242;
0.1634	0.0894	0.0444	0.0894	0.0782	0.0612	0.0458	0.0398	0.0279	0	-0.0868	-0.1048	-0.1365	-0.1541	-0.183	-0.194	-0.1506	-0.1951	-0.2662;
0.1366	0.1036	0.0916	0.1556	0.0866	0.0785	0.0555	0.0399	0.0302	0	-0.0178	-0.0791	-0.106	-0.1177	-0.1508	-0.2201	-0.1565	-0.1679	-0.2008;
0.1735	0.1355	0.1795	0.1725	0.1104	0.0926	0.0663	0.046	0.0424	0	-0.0087	-0.0718	-0.1065	-0.1225	-0.1468	-0.209	-0.2153	-0.1709	-0.2107;
0.2233	0.1713	0.2083	0.1883	0.123	0.1051	0.0788	0.0546	0.0474	0	-0.0048	-0.0571	-0.084	-0.1047	-0.1242	-0.1885	-0.2077	-0.1719	-0.2099;
0.2609	0.2279	0.1739	0.1469	0.1074	0.0941	0.0765	0.0564	0.0371	0	-0.0113	-0.03	-0.0477	-0.0715	-0.0859	-0.1266	-0.1534	-0.2078	-0.2421;
0.3055	0.2595	0.2165	0.1635	0.1096	0.0871	0.0753	0.0498	0.0212	0	-0.0203	-0.0361	-0.0655	-0.0804	-0.1027	-0.1554	-0.2075	-0.2495	-0.2954;
0.3078	0.2498	0.1998	0.1568	0.1089	0.0843	0.0658	0.0446	0.0203	0	-0.0263	-0.0418	-0.0611	-0.0836	-0.1068	-0.1547	-0.1986	-0.2474	-0.3047];

% CY_lef(alpha2,beta)
f16data.CY_lef = [0.3692	0.2991	0.2417	0.1692	0.1078	0.0874	0.0837	0.0572	0.026	0	-0.0258	-0.0592	-0.0863	-0.1209	-0.1504	-0.2106	-0.2836	-0.3396	-0.4106;
0.4368	0.3797	0.3249	0.2636	0.1826	0.1456	0.1068	0.0701	0.0336	0	-0.0337	-0.0702	-0.11	-0.15	-0.1902	-0.2712	-0.3332	-0.3882	-0.4452;
0.5	0.4441	0.3671	0.2896	0.1871	0.1475	0.1096	0.0757	0.0377	0	-0.0339	-0.0708	-0.1108	-0.1513	-0.1949	-0.2978	-0.3758	-0.4528	-0.5078;
0.5683	0.4913	0.3913	0.2943	0.1926	0.149	0.1125	0.0723	0.0369	0	-0.0363	-0.0765	-0.1169	-0.1644	-0.2132	-0.3148	-0.4118	-0.513	-0.5889;
0.6293	0.5313	0.4173	0.3053	0.2024	0.1582	0.1116	0.0729	0.0374	0	-0.0374	-0.0776	-0.1223	-0.1712	-0.2158	-0.3196	-0.4308	-0.5443	-0.6426;
0.6397	0.5367	0.4267	0.3097	0.2042	0.163	0.1174	0.0775	0.0394	0	-0.0352	-0.0785	-0.1189	-0.1689	-0.215	-0.3218	-0.4364	-0.5448	-0.6496;
0.6132	0.5192	0.4302	0.3142	0.208	0.1631	0.1187	0.0784	0.037	0	-0.0378	-0.0774	-0.1228	-0.1664	-0.2153	-0.3196	-0.4353	-0.5237	-0.6177;
0.5416	0.4876	0.4126	0.3066	0.202	0.1576	0.1168	0.0718	0.0377	0	-0.0368	-0.0784	-0.1194	-0.1636	-0.2096	-0.3143	-0.4223	-0.4947	-0.5499;
0.475	0.375	0.295	0.23	0.1576	0.1254	0.0919	0.059	0.0282	0	-0.0313	-0.067	-0.1023	-0.1374	-0.171	-0.2452	-0.3089	-0.3869	-0.488;
0.4878	0.3708	0.2508	0.1578	0.1176	0.1174	0.0893	0.0585	0.0286	0	-0.0301	-0.0566	-0.0925	-0.1126	-0.1321	-0.1714	-0.2647	-0.385	-0.5025;
0.3436	0.3226	0.2286	0.1396	0.0825	0.0801	0.0757	0.0549	0.0287	0	-0.0289	-0.0527	-0.0724	-0.0939	-0.1136	-0.1694	-0.2589	-0.3511	-0.3742;
0.2437	0.2267	0.1757	0.1307	0.0776	0.0602	0.0535	0.0407	0.0181	0	-0.0214	-0.0537	-0.0808	-0.1009	-0.1226	-0.1766	-0.2208	-0.2714	-0.2901;
0.1976	0.1776	0.1566	0.1286	0.0906	0.0737	0.0593	0.0505	0.0188	0	-0.0286	-0.0516	-0.0737	-0.0938	-0.1132	-0.1503	-0.1791	-0.1996	-0.2195;
0.1741	0.1251	0.1201	0.132	0.111	0.0854	0.055	0.0339	0.0183	0	-0.0544	-0.0929	-0.1312	-0.1581	-0.1766	-0.1977	-0.1859	-0.19	-0.2385];

% CY_da20(alpha1,beta)
f16data.CY_da20 = [0.3838    0.3204    0.2946    0.2275    0.1467    0.1200    0.1010    0.0717    0.0500    0.0281    0.0028   -0.0154   -0.0412   -0.0694   -0.0949  -0.1760   -0.2440   -0.2700   -0.3340;
    0.4012    0.3333    0.2847    0.2150    0.1508    0.1247    0.0954    0.0678    0.0423    0.0197    0.0005   -0.0202   -0.0461   -0.0809   -0.1126  -0.1770   -0.2470   -0.2950   -0.3650;
    0.4314    0.3741    0.3207    0.2418    0.1741    0.1349    0.1001    0.0680    0.0377    0.0222    0.0061   -0.0245   -0.0574   -0.0935   -0.1290  -0.1956   -0.2740   -0.3300   -0.3850;
    0.6020    0.5160    0.4170    0.3160    0.2062    0.1668    0.1288    0.0892    0.0521    0.0164   -0.0150   -0.0528   -0.0877   -0.1308   -0.1726  -0.2831   -0.3847   -0.4831   -0.5657;
    0.6590    0.5630    0.4490    0.3300    0.2130    0.1799    0.1390    0.0963    0.0573    0.0197   -0.0166   -0.0528   -0.0957   -0.1350   -0.1821  -0.3000   -0.4190   -0.5326   -0.6294;
    0.6950    0.6020    0.4820    0.3510    0.2172    0.1820    0.1412    0.0990    0.0591    0.0214   -0.0161   -0.0497   -0.0954   -0.1380   -0.1830  -0.3051   -0.4355   -0.5553   -0.6470;
    0.6660    0.5800    0.4660    0.3480    0.2238    0.1879    0.1437    0.1038    0.0605    0.0229   -0.0148   -0.0527   -0.0940   -0.1373   -0.1887  -0.3044   -0.4332   -0.5456   -0.6322;
    0.6480    0.5370    0.4410    0.3300    0.2204    0.1801    0.1390    0.0993    0.0593    0.0237   -0.0123   -0.0489   -0.0936   -0.1332   -0.1799  -0.2899   -0.4017   -0.4962   -0.6006;
    0.5720    0.4820    0.3860    0.2980    0.1930    0.1520    0.1166    0.0750    0.0327    0.0028   -0.0200   -0.0510   -0.0889   -0.1273   -0.1667  -0.2716   -0.3586   -0.4536   -0.5415;
    0.4880    0.4070    0.3100    0.2380    0.1590    0.1381    0.1047    0.0727    0.0355    0.0026   -0.0283   -0.0604   -0.0949   -0.1305   -0.1690  -0.2478   -0.3194   -0.4177   -0.4989;
    0.3648    0.3061    0.2154    0.1340    0.0845    0.0978    0.0869    0.0608    0.0290    0.0002   -0.0287   -0.0586   -0.0904   -0.1165   -0.1395  -0.1890   -0.2704   -0.3614   -0.4198;
    0.2994    0.2420    0.1674    0.1058    0.0417    0.0217    0.0334    0.0285    0.0024   -0.0225   -0.0446   -0.0699   -0.0971   -0.1160   -0.1368  -0.2009   -0.2625   -0.3371   -0.3945;
    0.0967    0.0825    0.0349    0.0078   -0.0310   -0.0492   -0.0576   -0.0533   -0.0696   -0.0840   -0.1036   -0.1271   -0.1460   -0.1763   -0.1919  -0.2328   -0.2557   -0.3029   -0.3183;
    0.0810    0.0531    0.0351    0.0212    0.0102   -0.0205   -0.0229   -0.0361   -0.0442   -0.0494   -0.0912   -0.1570   -0.1801   -0.1989   -0.2187  -0.2301   -0.2058   -0.2404   -0.3097;
    0.0761    0.0531    0.0482    0.0482    0.0154    0.0135   -0.0053   -0.0296   -0.0443   -0.0598   -0.0783   -0.1238   -0.1508   -0.1465   -0.2012  -0.2347   -0.2328   -0.2361   -0.2620;
    0.0959    0.0721    0.1041    0.0881    0.0241    0.0054   -0.0056   -0.0441   -0.0575   -0.0849   -0.0894   -0.1331   -0.1645   -0.1724   -0.2089  -0.2714   -0.2862   -0.2529   -0.2759;
    0.1232    0.1021    0.1151    0.0882    0.0311    0.0001   -0.0094   -0.0503   -0.0647   -0.0920   -0.0976   -0.1289   -0.1540   -0.1714   -0.1950  -0.2546   -0.2846   -0.2656   -0.2868;
    0.2272    0.1961    0.1399    0.0880    0.0531    0.0247    0.0069   -0.0224   -0.0421   -0.0497   -0.0801   -0.0890   -0.0983   -0.1196   -0.1425  -0.1745   -0.2219   -0.2780   -0.3083;
    0.2981    0.2535    0.2045    0.1432    0.0976    0.0788    0.0535    0.0446    0.0136   -0.0046   -0.0404   -0.0582   -0.0748   -0.0950   -0.1186  -0.1638   -0.2218   -0.2731   -0.3171;
    0.2845    0.2302    0.1800    0.1510    0.0998    0.0777    0.0577    0.0351    0.0111   -0.0048   -0.0320   -0.0476   -0.0770   -0.0989   -0.1204 -0.1735   -0.2153   -0.2572   -0.3173];


% CY_da20lef(alpha2,beta)
f16data.CY_da20lef = [0.3860    0.3207    0.2777    0.1838    0.1290    0.1215    0.1051    0.0758    0.0498    0.0247   -0.0067   -0.0334   -0.0645   -0.0939   -0.1248  -0.1790   -0.2730   -0.3160   -0.3810;
    0.4337    0.3695    0.3280    0.2622    0.2002    0.1669    0.1309    0.0961    0.0619    0.0268   -0.0070   -0.0415   -0.0775   -0.1183   -0.1560  -0.2170   -0.2840   -0.3250   -0.3890;
    0.4861    0.4153    0.3594    0.2824    0.2069    0.1715    0.1318    0.0978    0.0646    0.0305   -0.0061   -0.0415   -0.0769   -0.1130   -0.1533  -0.2310   -0.3050   -0.3630   -0.4320;
    0.6320    0.5470    0.4410    0.3320    0.2109    0.1775    0.1379    0.0940    0.0585    0.0202   -0.0132   -0.0538   -0.0901   -0.1326   -0.1786  -0.2971   -0.4064   -0.5121   -0.5958;
    0.6660    0.5750    0.4540    0.3370    0.2128    0.1776    0.1396    0.0957    0.0565    0.0209   -0.0179   -0.0552   -0.0964   -0.1347   -0.1802  -0.3049   -0.4233   -0.5437   -0.6344;
    0.6660    0.5790    0.4590    0.3350    0.2162    0.1801    0.1401    0.0992    0.0539    0.0190   -0.0204   -0.0569   -0.0980   -0.1424   -0.1904  -0.3091   -0.4328   -0.5514   -0.6382;
    0.6450    0.5620    0.4580    0.3360    0.2190    0.1828    0.1381    0.0955    0.0562    0.0164   -0.0231   -0.0582   -0.1041   -0.1462   -0.1962  -0.3136   -0.4322   -0.5393   -0.6208;
    0.5900    0.5370    0.4570    0.3300    0.2147    0.1780    0.1337    0.0950    0.0505    0.0151   -0.0223   -0.0583   -0.0998   -0.1438   -0.1882  -0.3026   -0.4297   -0.5085   -0.5603;
    0.4880    0.4110    0.3400    0.2720    0.1807    0.1512    0.1150    0.0776    0.0466    0.0162   -0.0156   -0.0489   -0.0836   -0.1150   -0.1545  -0.2450   -0.3136   -0.3841   -0.4615;
    0.4920    0.3630    0.2720    0.1810    0.1246    0.1206    0.0935    0.0676    0.0338    0.0010   -0.0261   -0.0531   -0.0801   -0.1061   -0.1274  -0.1823   -0.2714   -0.3631   -0.4930;
    0.3320    0.3150    0.2240    0.1320    0.0719    0.0731    0.0650    0.0458    0.0239   -0.0032   -0.0273   -0.0595   -0.0801   -0.1000   -0.1137  -0.1726   -0.2629   -0.3540   -0.3701;
    0.2660    0.2230    0.1320    0.0840    0.0274    0.0248    0.0229    0.0129   -0.0080   -0.0215   -0.0520   -0.0758   -0.1105   -0.1253   -0.1542  -0.2105   -0.2563   -0.2938   -0.3373;
    0.1320    0.0870    0.0740    0.0500    0.0012   -0.0165   -0.0197   -0.0465   -0.0602   -0.0807   -0.1014   -0.1290   -0.1431   -0.1644   -0.1864  -0.2334   -0.2568   -0.2685   -0.3138;
    0.1020    0.0520    0.0690    0.0650    0.0456    0.0212    0.0018   -0.0260   -0.0392   -0.0611   -0.1056   -0.1607   -0.1729   -0.1961   -0.2268  -0.2456   -0.2495   -0.2313   -0.2828];

% CY_dr30(alpha1,beta)
f16data.CY_dr30 = [0.4196    0.3510    0.2977    0.2414    0.1906    0.1827    0.1760    0.1446    0.1264    0.0945    0.0772    0.0538    0.0320   -0.0018   -0.0465  -0.0970   -0.1530   -0.2050   -0.2730;
    0.4427    0.3724    0.3174    0.2511    0.2112    0.2011    0.1772    0.1445    0.1184    0.0940    0.0772    0.0562    0.0311   -0.0067   -0.0436  -0.0830   -0.1380   -0.1930   -0.2630;
    0.4833    0.4258    0.3790    0.3075    0.2320    0.2096    0.1780    0.1412    0.1105    0.0931    0.0779    0.0540    0.0190   -0.0229   -0.0651  -0.1420   -0.2130   -0.2600   -0.3170;
    0.6060    0.5400    0.4750    0.3640    0.2611    0.2271    0.1901    0.1528    0.1192    0.0827    0.0522    0.0158   -0.0255   -0.0703   -0.1178  -0.2213   -0.3327   -0.4000   -0.4680;
    0.6350    0.5660    0.4960    0.3800    0.2698    0.2407    0.1979    0.1572    0.1202    0.0821    0.0492    0.0147   -0.0297   -0.0788   -0.1309  -0.2407   -0.3564   -0.4250   -0.4950;
    0.6600    0.5990    0.5160    0.3960    0.2806    0.2500    0.2038    0.1616    0.1190    0.0849    0.0500    0.0101   -0.0318   -0.0815   -0.1332  -0.2481   -0.3668   -0.4390   -0.5100;
    0.6960    0.5960    0.5240    0.4080    0.2908    0.2407    0.1979    0.1574    0.1152    0.0796    0.0456    0.0106   -0.0390   -0.0855   -0.1374  -0.2443   -0.3619   -0.4340   -0.5350;
    0.6710    0.5570    0.4770    0.3630    0.2599    0.2368    0.1999    0.1597    0.1196    0.0849    0.0492    0.0136   -0.0333   -0.0770   -0.1236  -0.2280   -0.3396   -0.4200   -0.5350;
    0.6550    0.5430    0.4380    0.3490    0.2371    0.2163    0.1941    0.1455    0.1181    0.0783    0.0473    0.0199   -0.0179   -0.0538   -0.0913  -0.2012   -0.2911   -0.4010   -0.5100;
    0.5700    0.4800    0.3920    0.3070    0.2184    0.2124    0.1925    0.1638    0.1249    0.0879    0.0546    0.0232   -0.0160   -0.0520   -0.0897  -0.1783   -0.2651   -0.3620   -0.4590;
    0.4000    0.3400    0.2640    0.1920    0.1182    0.1428    0.1596    0.1458    0.1217    0.0930    0.0568    0.0278   -0.0026   -0.0388   -0.0760  -0.1488   -0.2219   -0.3000   -0.3600;
    0.3340    0.3150    0.2530    0.1910    0.1029    0.0868    0.0927    0.1048    0.0829    0.0593    0.0439    0.0179   -0.0112   -0.0407   -0.0687  -0.1570   -0.2196   -0.2910   -0.3100;
    0.1520    0.1620    0.1190    0.0910    0.0369    0.0042    0.0064   -0.0024   -0.0064   -0.0096   -0.0377   -0.0541   -0.0850   -0.1087   -0.1438  -0.1967   -0.2260   -0.2711   -0.2624;
    0.1890    0.1190    0.0890    0.1030    0.0721    0.0605    0.0554    0.0611    0.0425    0.0143   -0.0656   -0.0957   -0.1198   -0.1519   -0.1691  -0.1979   -0.1835   -0.2141   -0.2827;
    0.1420    0.0970    0.0930    0.1100    0.0760    0.0743    0.0617    0.0325    0.0290    0.0065   -0.0306   -0.0627   -0.1022   -0.1332   -0.1556  -0.1912   -0.1719   -0.1739   -0.2190;
    0.1590    0.1190    0.1600    0.1450    0.0930    0.0694    0.0464    0.0102    0.0061   -0.0183   -0.0384   -0.0944   -0.1225   -0.1557   -0.1753  -0.2277   -0.2434   -0.2003   -0.2400;
    0.1760    0.1410    0.1750    0.1460    0.0952    0.0644    0.0423    0.0019   -0.0112   -0.0357   -0.0464   -0.0974   -0.1185   -0.1145   -0.1705  -0.2213   -0.2515   -0.2160   -0.2518;
    0.2400    0.2000    0.1700    0.1440    0.0874    0.0679    0.0561    0.0254   -0.0017   -0.0228   -0.0390   -0.0545   -0.0697   -0.0898   -0.1161  -0.1731   -0.1991   -0.2307   -0.2705;
    0.2950    0.2480    0.2080    0.1550    0.1110    0.0902    0.0731    0.0578    0.0328    0.0210   -0.0034   -0.0241   -0.0535   -0.0712   -0.0992  -0.1449   -0.1978   -0.2422   -0.2889;
    0.3000    0.2410    0.1910    0.1580    0.1054    0.0784    0.0628    0.0482    0.0252    0.0064   -0.0112   -0.0323   -0.0634   -0.0829   -0.1004  -0.1527   -0.1861   -0.2362   -0.2997];

% CYr(alpha1)
f16data.CYr = [1.4400    1.4400    1.4400    1.0500    0.9810    0.9390    0.9990    0.9810    0.8190    0.4830    0.5900    1.2100   -0.4930   -1.0400   -1.2100  -1.5800   -1.3700   -0.0259   -0.1270    0.1930]';
    
% dCYr_lef(alpha2)
f16data.dCYr_lef = [-0.5580   -0.5580   -0.5580   -0.1980   -0.1070    0.0270   -0.0850   -0.0460    0.3310    0.2150    0.4300   -0.0600   -0.3740   -0.1870 ]'; 
    
% CYp(alpha1)
f16data.CYp = [0.0333    0.0333    0.0333   -0.1770    0.0055    0.0679    0.3100    0.2340    0.3440    0.3620    0.6110    0.5290    0.2980   -2.2700    0.9710   1.0200    2.9000    0.4510   -0.2940   -0.2610]';
    
% dCYp_lef(alpha2)
f16data.dCYp_lef = [-0.1410   -0.1410   -0.1410    0.0690   -0.1970    0.0601   -0.1210   -0.0520    0.0750    0.1060   -0.0770   -0.6420   -0.2550   -0.1280]';      

%--------------------------------------------------------------------------
% Cn,T
%--------------------------------------------------------------------------
% Cn(alpha1,beta,de2)
f16data.Cn(:,:,1) = [-0.06330	-0.06670	-0.05650	-0.04180	-0.01750	-0.00930	-0.00600	0.00470	0.00340	0.00000	-0.00480	-0.01060	-0.00740	-0.00150	0.00520	0.02970	0.04430	0.05450	0.05100;
    -0.06210	-0.05790	-0.04540	-0.02850	-0.01810	-0.01330	-0.00670	-0.00100	0.00100	0.00000	0.00040	0.00280	0.00710	0.01510	0.02000	0.03030	0.04730	0.06020	0.06410;
    -0.06728	-0.05880	-0.04930	-0.03930	-0.02420	-0.01670	-0.00980	-0.00220	0.00220	0.00000	0.00470	0.00960	0.01630	0.02450	0.03200	0.04730	0.05720	0.06660	0.07540;
    -0.08500	-0.07610	-0.06390	-0.04780	-0.03540	-0.02630	-0.01840	-0.01140	-0.00550	0.00000	0.00540	0.01120	0.01890	0.02900	0.03920	0.05160	0.06800	0.08000	0.08860;
    -0.09950	-0.08690	-0.07950	-0.05280	-0.03750	-0.02800	-0.01930	-0.01180	-0.00530	0.00000	0.00550	0.01220	0.02080	0.03020	0.03930	0.05470	0.07060	0.08910	0.10340;
    -0.10440	-0.08240	-0.06910	-0.05210	-0.03520	-0.02800	-0.01930	-0.01210	-0.00500	0.00000	0.00560	0.01320	0.02100	0.03010	0.03830	0.05530	0.07210	0.08580	0.10750;
    -0.09810	-0.07590	-0.06310	-0.04780	-0.03580	-0.02830	-0.02010	-0.01250	-0.00540	0.00000	0.00540	0.01310	0.02250	0.03090	0.03910	0.05120	0.06680	0.07980	0.10180;
    -0.09760	-0.06180	-0.04750	-0.04470	-0.03390	-0.02670	-0.01800	-0.01140	-0.00450	0.00000	0.00550	0.01290	0.02230	0.03040	0.03720	0.04800	0.05090	0.06470	0.09090;
    -0.06770	-0.05060	-0.02900	-0.02760	-0.02590	-0.02160	-0.01510	-0.00880	-0.00400	0.00000	-0.00220	0.00210	0.00990	0.01610	0.02100	0.02260	0.02410	0.04600	0.06270;
    -0.04880	-0.03510	-0.01630	-0.01280	-0.01550	-0.01150	-0.00720	-0.00370	-0.00160	0.00000	0.00130	0.00470	0.00850	0.01320	0.01570	0.01320	0.01620	0.03470	0.04870;
    -0.01020	0.01550	0.02870	0.02560	0.02940	0.00670	0.00400	0.00460	0.00380	0.00000	-0.00420	-0.00500	-0.00690	-0.00900	-0.01150	-0.02140	-0.02180	0.00550	0.04170;
    -0.00280	0.03140	0.05720	0.07120	0.05450	0.05370	0.04130	0.02540	0.01450	0.00000	-0.01040	-0.01620	-0.02230	-0.03120	-0.05060	-0.06700	-0.05360	-0.02760	0.00690;
    -0.00370	0.01670	0.07700	0.08030	0.05730	0.04330	0.02920	0.01840	0.00680	0.00000	-0.00480	-0.01150	-0.02330	-0.03320	-0.04920	-0.07620	-0.07270	-0.01250	0.00790;
    -0.01200	0.00270	0.03970	0.05770	0.03990	0.03040	0.02000	0.01470	0.00620	0.00000	-0.01450	-0.03560	-0.04420	-0.05800	-0.06980	-0.09000	-0.07040	-0.03360	-0.01910;
    -0.03730	-0.02740	-0.00960	0.02160	0.03190	0.02960	0.02980	0.01570	0.01040	0.00000	-0.00820	-0.02550	-0.04410	-0.06190	-0.07880	-0.06930	-0.03840	-0.02170	-0.01200;
    -0.00449	-0.03240	0.01020	-0.00770	-0.01610	-0.00900	-0.00570	-0.00650	0.00400	0.00000	-0.00190	-0.01520	-0.02750	-0.03150	-0.03050	-0.03860	-0.05640	-0.01370	-0.00170;
    -0.00550	0.00680	0.03740	0.01190	0.02340	0.01270	-0.00160	-0.01200	-0.00290	0.00000	0.00520	0.00570	-0.01010	-0.02150	-0.02210	-0.02630	-0.03580	-0.00550	0.00660;
    0.02320	0.02800	0.02030	0.01270	0.00070	-0.00310	-0.00700	-0.01370	-0.01680	0.00000	0.00280	0.01330	0.01380	0.00830	0.00180	-0.01000	-0.01730	-0.02510	-0.02070;
    0.02360	0.02370	0.01610	0.01160	0.00990	0.01100	0.01080	0.00870	0.00590	0.00000	-0.00130	0.00350	-0.00540	-0.00690	-0.00540	-0.00750	-0.01170	-0.01920	-0.01910;
    0.03190	0.01990	0.01080	0.00180	0.00790	0.00620	0.00390	0.00290	0.00180	0.00000	-0.00640	-0.00510	-0.00980	-0.00970	-0.01010	-0.00380	-0.00720	-0.01590	-0.02770];
f16data.Cn(:,:,2) = [-0.05510	-0.05880	-0.04960	-0.04060	-0.02190	-0.01450	-0.00750	-0.00120	0.00020	0.00000	-0.00900	0.00120	0.00590	0.00990	0.01410	0.03330	0.04250	0.05160	0.04770;
    -0.05610	-0.05270	-0.04560	-0.03330	-0.02480	-0.01790	-0.01270	-0.00570	-0.00180	0.00000	0.00250	0.00580	0.01110	0.01800	0.02380	0.03300	0.04500	0.05210	0.05530;
    -0.06660	-0.06370	-0.05450	-0.04680	-0.02970	-0.02330	-0.01450	-0.00790	-0.00310	0.00000	0.00280	0.00750	0.01500	0.02210	0.03020	0.04740	0.05520	0.06460	0.06740;
    -0.09020	-0.08120	-0.06640	-0.05230	-0.03660	-0.02770	-0.01940	-0.01170	-0.00550	0.00000	0.00630	0.01270	0.02140	0.02970	0.03980	0.05530	0.06930	0.08430	0.09330;
    -0.10580	-0.09160	-0.07490	-0.05780	-0.04130	-0.03170	-0.02260	-0.01380	-0.00660	0.00000	0.00610	0.01350	0.02250	0.03240	0.04140	0.05790	0.07460	0.09140	0.10550;
    -0.10740	-0.09160	-0.07540	-0.05870	-0.04150	-0.03290	-0.02270	-0.01450	-0.00640	0.00000	0.00610	0.01480	0.02310	0.03350	0.04210	0.05940	0.07620	0.09140	0.10790;
    -0.09810	-0.07980	-0.07180	-0.05680	-0.04160	-0.03260	-0.02320	-0.01460	-0.00620	0.00000	0.00630	0.01470	0.02400	0.03320	0.04270	0.05790	0.07270	0.08090	0.09950;
    -0.08120	-0.05920	-0.05370	-0.05130	-0.03750	-0.03010	-0.02120	-0.01210	-0.00520	0.00000	0.00630	0.01410	0.02430	0.03340	0.04040	0.05410	0.05660	0.06220	0.08400;
    -0.06840	-0.04910	-0.02900	-0.03210	-0.03080	-0.02620	-0.01790	-0.01020	-0.00420	0.00000	0.00180	0.00680	0.01520	0.02330	0.02960	0.03090	0.02790	0.04790	0.06740;
    -0.05280	-0.04110	-0.02230	-0.02290	-0.02400	-0.01880	-0.01290	-0.00720	-0.00290	0.00000	0.00330	0.00880	0.01470	0.02160	0.02580	0.02510	0.02420	0.04290	0.05470;
    -0.03000	0.00020	0.01150	0.01640	0.00910	-0.00370	-0.00240	0.00900	0.00250	0.00000	-0.00290	-0.00230	-0.00130	-0.00300	-0.00190	-0.00970	-0.00420	0.00690	0.03700;
    -0.00980	0.01680	0.03920	0.05140	0.03960	0.03400	0.01630	0.01030	0.00690	0.00000	-0.00970	-0.01470	-0.01570	-0.01890	-0.02950	-0.04150	-0.02910	-0.00680	0.01940;
    -0.00250	0.00540	0.06830	0.07440	0.05060	0.03510	0.02070	0.01310	0.00520	0.00000	-0.00710	-0.01360	-0.02160	-0.03290	-0.04400	-0.06770	-0.06220	0.00120	0.02020;
    -0.01110	0.00100	0.02940	0.06120	0.04510	0.03690	0.02930	0.02010	0.01160	0.00000	-0.02370	-0.03750	-0.04600	-0.05650	-0.06940	-0.08470	-0.05300	-0.02460	-0.01260;
    -0.02560	-0.01360	0.00580	0.02870	0.02540	0.02310	0.02330	0.01050	0.00780	0.00000	-0.00630	-0.02170	-0.03550	-0.04560	-0.05480	-0.05740	-0.03460	-0.01610	-0.00460;
    -0.03020	-0.02280	0.01300	0.01400	0.00400	0.00270	-0.00230	-0.00700	0.00430	0.00000	0.00280	-0.00580	-0.01720	-0.02390	-0.02580	-0.03610	-0.03550	0.00140	0.00730;
    -0.01880	-0.00750	0.02110	0.00800	-0.00610	-0.01000	-0.01740	-0.02190	-0.00790	0.00000	0.00750	0.01030	0.00430	-0.00130	-0.00190	-0.01560	-0.02840	0.00040	0.01100;
    0.02960	0.03160	0.02100	0.00920	0.00030	-0.00620	-0.01280	-0.01930	-0.01870	0.00000	0.00390	0.01510	0.01630	0.01160	0.00590	-0.00230	-0.01410	-0.02460	-0.02280;
    0.02640	0.03510	0.02540	0.01800	0.01330	0.01260	0.01070	0.00790	0.00550	0.00000	-0.00010	0.00600	-0.00330	-0.00690	-0.00750	-0.01300	-0.01980	-0.02420	-0.02090;
    0.02740	0.01280	0.01180	0.00590	0.00510	0.00440	0.00310	0.00270	0.00170	0.00000	-0.00180	-0.00230	-0.00310	-0.00480	-0.00480	-0.00540	-0.01110	-0.01210	-0.01630];
f16data.Cn(:,:,3) = [-0.04880	-0.05150	-0.04420	-0.04280	-0.02150	-0.01360	-0.00460	-0.00180	0.00010	0.00000	-0.00050	-0.00030	0.00480	0.00840	0.01430	0.03560	0.03690	0.04410	0.04250;
    -0.04990	-0.04630	-0.04020	-0.03240	-0.02010	-0.01540	-0.00950	-0.00290	-0.00130	0.00000	0.00050	0.00310	0.00930	0.01450	0.01950	0.03180	0.03980	0.04590	0.04920;
    -0.05740	-0.05340	-0.04770	-0.04240	-0.02770	-0.02080	-0.01340	-0.00730	-0.00250	0.00000	0.00180	0.00750	0.01400	0.02220	0.02770	0.04210	0.04760	0.05340	0.05720;
    -0.07580	-0.07140	-0.06170	-0.05070	-0.03680	-0.02900	-0.02080	-0.01280	-0.00610	0.00000	0.00640	0.01390	0.02220	0.03040	0.03990	0.05360	0.06450	0.07420	0.07870;
    -0.09190	-0.08180	-0.06940	-0.05600	-0.04020	-0.03110	-0.02230	-0.01410	-0.00650	0.00000	0.00690	0.01470	0.02300	0.03190	0.04080	0.05650	0.06960	0.08240	0.09240;
    -0.08600	-0.07490	-0.06590	-0.05310	-0.04060	-0.03220	-0.02230	-0.01270	-0.00470	0.00000	0.00420	0.01240	0.02210	0.03230	0.04150	0.05670	0.06940	0.07860	0.08920;
    -0.08210	-0.07230	-0.06530	-0.05340	-0.04030	-0.03280	-0.02330	-0.01350	-0.00610	0.00000	0.00490	0.01260	0.02180	0.03100	0.04000	0.05310	0.06490	0.07180	0.08140;
    -0.06710	-0.05160	-0.04860	-0.04960	-0.03570	-0.02890	-0.01950	-0.01070	-0.00480	0.00000	0.00380	0.01080	0.02080	0.03060	0.03810	0.05100	0.04990	0.05320	0.06840;
    -0.03980	-0.03550	-0.02370	-0.02840	-0.03110	-0.02700	-0.01830	-0.00910	-0.00350	0.00000	0.00280	0.00520	0.01780	0.02680	0.03320	0.03050	0.02590	0.03740	0.04170;
    -0.02730	-0.02100	-0.01320	-0.01480	-0.02190	-0.01960	-0.01590	-0.00890	-0.00330	0.00000	0.00430	0.01030	0.01790	0.02640	0.03110	0.02390	0.02240	0.03020	0.03620;
    -0.01160	0.01420	0.02730	0.02420	0.01110	-0.00660	-0.00630	-0.00200	0.00090	0.00000	-0.00100	-0.00060	0.00180	0.00390	0.00180	-0.01110	-0.01460	-0.00120	0.02440;
    0.00180	0.02820	0.04990	0.05500	0.04300	0.03820	0.01930	0.00990	0.00690	0.00000	-0.00860	-0.01260	-0.01540	-0.01810	-0.02880	-0.04560	-0.04020	-0.01850	0.00710;
    0.00030	-0.01930	0.06980	0.07880	0.05340	0.03720	0.02520	0.01690	0.00730	0.00000	-0.00840	-0.01470	-0.02480	-0.03620	-0.04800	-0.07330	-0.06410	-0.00520	0.00510;
    -0.01490	-0.00070	0.02260	0.05690	0.04550	0.03630	0.02880	0.01880	0.00890	0.00000	-0.02520	-0.04030	-0.05110	-0.06210	-0.07120	-0.08040	-0.04800	-0.02470	-0.02070;
    -0.02190	-0.01740	-0.00770	0.01710	0.03100	0.03070	0.03280	0.01890	0.01200	0.00000	-0.00580	-0.02510	-0.04080	-0.05430	-0.06640	-0.05300	-0.02920	-0.01870	-0.01510;
    -0.05180	-0.04350	-0.00530	-0.03070	-0.02310	-0.01080	-0.00220	-0.00160	0.00650	0.00000	-0.00260	-0.00850	-0.02230	-0.02570	-0.02440	-0.01710	-0.04240	-0.00420	0.00310;
    -0.02700	-0.02070	0.00420	-0.01370	-0.01370	-0.01380	-0.01730	-0.02030	-0.00710	0.00000	0.00930	0.01380	0.00670	-0.00280	-0.00730	-0.00720	-0.02540	-0.00080	0.00560;
    0.01580	0.02700	0.02520	0.01170	-0.00100	-0.00390	-0.00680	-0.01320	-0.01590	0.00000	-0.00390	0.01100	0.00880	0.00840	0.00690	-0.00590	-0.01910	-0.02090	-0.01040;
    0.01060	0.01820	0.01820	0.01170	0.00810	0.00960	0.00990	0.00810	0.00560	0.00000	-0.00100	0.00420	-0.00430	0.00160	-0.00350	-0.01120	-0.01350	-0.01350	-0.00580;
    0.01180	0.01010	0.01170	0.00360	0.00600	0.00530	0.00410	0.00350	0.00210	0.00000	-0.00020	0.00080	0.00080	-0.00080	-0.00080	0.00140	-0.00680	-0.00540	-0.00720];

% Cn_lef(alpha2,beta)
f16data.Cn_lef = [-0.05410	-0.05630	-0.04610	-0.04950	-0.02960	-0.02080	-0.01730	-0.01000	-0.00430	0.00000	0.00370	0.00760	0.01210	0.01860	0.02310	0.04280	0.03930	0.04940	0.04680;
    -0.06780	-0.07280	-0.06580	-0.05390	-0.03580	-0.02820	-0.02040	-0.01260	-0.00580	0.00000	0.00570	0.01250	0.02060	0.02880	0.03640	0.05390	0.06580	0.07300	0.06830;
    -0.07800	-0.07730	-0.06290	-0.05550	-0.03700	-0.02890	-0.02180	-0.01420	-0.00680	0.00000	0.00690	0.01410	0.02240	0.03010	0.03870	0.05720	0.06450	0.07150	0.07940;
    -0.08810	-0.08510	-0.07530	-0.05560	-0.04020	-0.03080	-0.02540	-0.01410	-0.00670	0.00000	0.00670	0.01440	0.02340	0.03280	0.04300	0.05860	0.07850	0.08720	0.09130;
    -0.10600	-0.09290	-0.07540	-0.05930	-0.04200	-0.03190	-0.02220	-0.01350	-0.00620	0.00000	0.00660	0.01430	0.02340	0.03400	0.04290	0.05950	0.07590	0.09380	0.10660;
    -0.10510	-0.08770	-0.07280	-0.05730	-0.04100	-0.03240	-0.02250	-0.01400	-0.00610	0.00000	0.00620	0.01490	0.02290	0.03360	0.04230	0.05890	0.07470	0.08770	0.10690;
    -0.09260	-0.07970	-0.07310	-0.05800	-0.04240	-0.03270	-0.02350	-0.01540	-0.00640	0.00000	0.00640	0.01150	0.02430	0.03300	0.04250	0.05790	0.07300	0.07960	0.09250;
    -0.06320	-0.06700	-0.06530	-0.05490	-0.04140	-0.03160	-0.02230	-0.01350	-0.00590	0.00000	0.00550	0.01430	0.02320	0.03250	0.04170	0.05330	0.06560	0.06730	0.06350;
    -0.03590	-0.01910	-0.01730	-0.02300	-0.02160	-0.01740	-0.00760	-0.00580	-0.00150	0.00000	0.00300	0.00870	0.01590	0.02270	0.02790	0.02920	0.02370	0.02530	0.04210;
    -0.03420	-0.02080	-0.00170	0.00630	-0.00590	-0.00940	-0.00610	-0.00290	-0.00120	0.00000	0.00080	0.00380	0.00690	0.00780	0.00340	-0.00880	-0.00080	0.01830	0.03170;
    -0.02650	-0.00470	0.01280	0.02490	0.01980	0.01140	0.00550	0.00570	0.00300	0.00000	-0.00320	-0.00770	-0.01170	-0.02010	-0.02760	-0.03320	-0.02090	-0.00340	0.01880;
    0.01380	0.03910	0.05330	0.05530	0.04340	0.03970	0.02630	0.02060	0.01190	0.00000	-0.00900	-0.01340	-0.01900	-0.02630	-0.03280	-0.04440	-0.04270	-0.02790	-0.00210;
    0.03020	0.03570	0.06750	0.06450	0.04450	0.03300	0.02140	0.01560	0.00650	0.00000	-0.00600	-0.01360	-0.01550	-0.02660	-0.03300	-0.05320	-0.05610	-0.02400	0.00140;
    0.00030	-0.00380	0.02140	0.04000	0.03260	0.02610	0.01990	0.01300	0.00470	0.00000	-0.01700	-0.03690	-0.04640	-0.05330	-0.06110	-0.06810	-0.04950	-0.02450	-0.02800];

% Cn_da20(alpha1,beta)
f16data.Cn_da20 = [-0.06390	-0.06280	-0.06160	-0.05500	-0.03590	-0.02670	-0.01880	-0.01190	-0.00930	-0.00890	-0.00810	-0.00710	-0.00430	-0.00400	0.00200	0.02110	0.02770	0.02890	0.03000;
    -0.06190	-0.05540	-0.04900	-0.03840	-0.03360	-0.02790	-0.02320	-0.01740	-0.01370	-0.00980	-0.00660	-0.00420	0.00020	0.00880	0.01340	0.01820	0.02880	0.03520	0.04170;
    -0.06790	-0.05990	-0.05440	-0.04650	-0.03960	-0.03220	-0.02540	-0.01930	-0.01390	-0.00910	-0.00550	-0.00070	0.00470	0.01200	0.01860	0.02550	0.03340	0.03890	0.04690;
    -0.10800	-0.09940	-0.08380	-0.06770	-0.04600	-0.03980	-0.03210	-0.02480	-0.01760	-0.01110	-0.00540	0.00080	0.00740	0.01590	0.02460	0.04630	0.06240	0.07800	0.08660;
    -0.12340	-0.10940	-0.09150	-0.07210	-0.04980	-0.04480	-0.03770	-0.02770	-0.01930	-0.01200	-0.00560	0.00150	0.00920	0.01750	0.02680	0.04910	0.06850	0.08640	0.10040;
    -0.12450	-0.11000	-0.09390	-0.07300	-0.04960	-0.04400	-0.03600	-0.02650	-0.01760	-0.01050	-0.00370	0.00240	0.01090	0.01940	0.02850	0.05190	0.07280	0.08890	0.10340;
    -0.11180	-0.10200	-0.08940	-0.06900	-0.04860	-0.04400	-0.03490	-0.02670	-0.01710	-0.00900	-0.00200	0.00470	0.01320	0.02200	0.03180	0.05220	0.07260	0.08520	0.09500;
    -0.09670	-0.08070	-0.07370	-0.06280	-0.04720	-0.04160	-0.03790	-0.02340	-0.01360	-0.00660	-0.00030	0.00690	0.01580	0.02310	0.03280	0.04840	0.05930	0.06630	0.08230;
    -0.06700	-0.05610	-0.05050	-0.04720	-0.03580	-0.02690	-0.01980	-0.01110	-0.00290	-0.00010	0.00150	0.00520	0.01210	0.02040	0.02730	0.03870	0.04200	0.04760	0.05850;
    -0.03530	-0.03160	-0.02010	-0.02430	-0.01750	-0.01300	-0.00790	-0.00370	0.00120	0.00450	0.00720	0.01060	0.01590	0.02170	0.02770	0.03450	0.03030	0.04180	0.04550;
    -0.01870	0.00910	0.02300	0.01960	0.01320	0.00260	0.00210	0.00560	0.00820	0.00650	0.00390	0.00220	0.00300	0.00550	0.00450	-0.00191	-0.00530	0.00860	0.03640;
    0.00700	0.03570	0.05480	0.06580	0.04680	0.03830	0.02190	0.01780	0.01380	0.00990	0.00110	-0.00520	-0.00820	-0.00980	-0.01740	-0.03640	-0.02540	-0.00630	0.02240;
    0.00560	0.03220	0.08310	0.08810	0.05630	0.03950	0.02710	0.01870	0.01270	0.00440	-0.00090	-0.00600	-0.01310	-0.02240	-0.03280	-0.06460	-0.05780	-0.00870	0.01790;
    0.00460	0.01410	0.04040	0.06420	0.05130	0.04160	0.03190	0.02520	0.01640	0.00970	-0.00620	-0.02830	-0.03860	-0.04750	-0.05830	-0.07120	-0.04740	-0.02110	-0.01160;
    -0.10900	-0.00430	0.01570	0.03850	0.03860	0.03570	0.02820	0.02290	0.01960	0.01300	0.00710	-0.01400	-0.02110	-0.01980	-0.04520	-0.04510	-0.02230	-0.00230	0.00430;
    -0.01000	-0.01240	0.02560	0.03030	0.02370	0.02330	0.01660	0.01320	0.01930	0.01670	0.01750	-0.00250	-0.00420	-0.00600	-0.01830	-0.02490	-0.02020	0.01780	0.01540;
    0.00470	-0.00080	0.02810	0.02570	0.01650	0.01690	0.01150	0.00920	0.02070	0.01820	0.02360	0.01950	0.01580	0.01120	0.00390	-0.00530	-0.00770	0.02120	0.01570;
    0.04700	0.04260	0.03080	0.03010	0.02530	0.01860	0.01600	0.02060	0.01900	0.01540	0.02450	0.02160	0.02830	0.02180	0.01560	0.01080	0.01010	-0.00170	-0.00610;
    0.04100	0.04140	0.03680	0.03140	0.02510	0.02480	0.02330	0.01840	0.01560	0.01380	0.01540	0.01330	0.01010	0.00750	0.00810	0.00180	-0.00360	-0.00820	-0.00780;
    0.03200	0.02870	0.02370	0.01650	0.01650	0.01530	0.01510	0.01550	0.01380	0.01250	0.01130	0.01100	0.01010	0.01010	0.01170	0.01170	0.00450	-0.00500	-0.00380];

% Cn_da20lef(alpha2,beta)
f16data.Cn_da20lef = [-0.06830	-0.06150	-0.05560	-0.05190	-0.03930	-0.03140	-0.02640	-0.01990	-0.01400	-0.00950	-0.00540	-0.00290	0.00190	0.00740	0.01240	0.02510	0.02930	0.03540	0.04210;
    -0.07330	-0.07020	-0.06630	-0.05510	-0.04370	-0.03720	-0.03010	-0.02330	-0.01700	-0.01080	-0.00460	0.00170	0.00820	0.01590	0.02300	0.03430	0.04550	0.04970	0.05280;
    -0.07750	-0.06830	-0.06100	-0.05270	-0.04340	-0.03850	-0.03010	-0.02400	-0.01750	-0.01080	-0.00400	0.00270	0.00890	0.01610	0.02360	0.03270	0.04070	0.04790	0.05750;
    -0.11490	-0.10670	-0.08980	-0.07160	-0.04820	-0.04290	-0.03590	-0.02670	-0.01880	-0.01130	-0.00500	0.00240	0.00930	0.01860	0.02780	0.05110	0.06890	0.08560	0.09320;
    -0.12250	-0.11060	-0.09090	-0.07220	-0.04820	-0.04280	-0.03590	-0.02560	-0.01700	-0.00990	-0.00270	0.00420	0.01210	0.01970	0.02920	0.05330	0.07200	0.09150	0.10340;
    -0.11620	-0.10300	-0.08730	-0.06770	-0.04650	-0.04060	-0.03280	-0.02400	-0.01450	-0.00770	-0.00080	0.00550	0.01340	0.02220	0.03160	0.05390	0.07290	0.08880	0.10240;
    -0.10240	-0.09440	-0.08270	-0.06580	-0.04500	-0.04010	-0.03070	-0.02240	-0.01370	-0.00560	0.00150	0.00790	0.01640	0.02510	0.03450	0.05500	0.07190	0.08380	0.09170;
    -0.07990	-0.08160	-0.07890	-0.06080	-0.04330	-0.03780	-0.02860	-0.02010	-0.01040	-0.00370	0.00240	0.00800	0.01590	0.02490	0.03410	0.05130	0.06970	0.07210	0.06830;
    -0.03640	-0.02850	-0.03040	-0.03550	-0.02730	-0.02330	-0.01670	-0.01060	-0.00560	-0.00260	0.00040	0.00450	0.00950	0.01640	0.02290	0.03120	0.02600	0.02420	0.03230;
    -0.03700	-0.01630	-0.00250	0.00280	-0.00870	-0.01050	-0.00710	-0.00490	-0.00190	-0.00060	0.00040	0.00240	0.00410	0.00550	0.00150	-0.00980	-0.00500	0.00890	0.03070;
    -0.01690	0.00370	0.02100	0.03030	0.02110	0.01330	0.00960	0.01000	0.00810	0.00430	-0.00050	-0.00440	-0.00780	-0.01550	-0.02400	-0.03180	-0.02420	-0.00660	0.01390;
    0.02130	0.05430	0.06020	0.06590	0.05150	0.04390	0.03110	0.02360	0.01780	0.00680	0.00020	-0.00470	-0.00960	-0.01950	-0.02750	-0.04190	-0.03610	-0.02980	0.00290;
    0.01890	0.04630	0.08030	0.07860	0.05190	0.03920	0.02870	0.02090	0.01270	0.00620	-0.00170	-0.00790	-0.01050	-0.01610	-0.02210	-0.04860	-0.04970	-0.01550	0.01160;
    0.00550	0.00450	0.02240	0.04320	0.04190	0.00355	0.02740	0.02020	0.01410	0.00690	-0.01050	-0.03210	-0.03750	-0.04680	-0.05360	-0.05490	-0.03440	-0.01640	-0.01740];

% Cn_dr30(alpha1,beta)
f16data.Cn_dr30 = [-0.07870	-0.08150	-0.07410	-0.06560	-0.06200	-0.06270	-0.06160	-0.05510	-0.05200	-0.04810	-0.04940	-0.04860	-0.04650	-0.03960	-0.03100	-0.02700	-0.01910	-0.01130	-0.01430;
    -0.07580	-0.07450	-0.07080	-0.06100	-0.06230	-0.06580	-0.06490	-0.05800	-0.05220	-0.04840	-0.04650	-0.04370	-0.03950	-0.02980	-0.02020	-0.02160	-0.01170	-0.00820	-0.00690;
    -0.08500	-0.08330	-0.08280	-0.07490	-0.06700	-0.06850	-0.06570	-0.05900	-0.05200	-0.04760	-0.04470	-0.04070	-0.03380	-0.02380	-0.01250	-0.00460	0.00330	0.00430	0.00560;
    -0.14220	-0.12700	-0.11700	-0.09320	-0.07740	-0.07450	-0.06710	-0.05990	-0.05220	-0.04490	-0.04010	-0.03370	-0.02580	-0.01470	-0.00450	0.01520	0.03520	0.04980	0.05980;
    -0.15760	-0.13810	-0.11810	-0.09810	-0.07910	-0.07830	-0.06930	-0.06100	-0.05270	-0.04510	-0.03890	-0.03230	-0.02300	-0.01160	0.00000	0.01900	0.03890	0.05840	0.07840;
    -0.15910	-0.14060	-0.12160	-0.10260	-0.08190	-0.07930	-0.06960	-0.06100	-0.05200	-0.04500	-0.03880	-0.03110	-0.02200	-0.01000	0.00090	0.02150	0.04050	0.05940	0.07940;
    -0.15200	-0.13500	-0.11700	-0.09900	-0.08160	-0.07790	-0.06900	-0.06000	-0.05130	-0.04410	-0.03820	-0.03090	-0.02000	-0.00830	0.00031	0.02070	0.03810	0.05500	0.07250;
    -0.13060	-0.10910	-0.10260	-0.09060	-0.07520	-0.07590	-0.06940	-0.06050	-0.05170	-0.04460	-0.03860	-0.03200	-0.02010	-0.00880	0.00190	0.01730	0.02890	0.03490	0.05690;
    -0.12710	-0.10710	-0.08660	-0.08360	-0.06770	-0.06850	-0.06760	-0.06280	-0.05430	-0.04750	-0.04310	-0.04040	-0.03210	-0.02300	-0.00470	0.00120	0.00430	0.02490	0.04470;
    -0.10410	-0.09250	-0.07380	-0.06830	-0.05420	-0.06000	-0.06200	-0.05890	-0.05270	-0.04830	-0.04510	-0.04110	-0.03330	-0.02540	-0.01790	-0.00420	0.00130	0.01970	0.03170;
    -0.05980	-0.02950	-0.01830	-0.00980	-0.00490	-0.02810	-0.04220	-0.04750	-0.04740	-0.04940	-0.05100	-0.05140	-0.05040	-0.04370	-0.03670	-0.03250	-0.02420	-0.01300	0.01800;
    -0.04670	-0.02010	0.00610	0.01860	0.01590	0.01230	-0.00850	-0.02430	-0.03630	-0.04490	-0.05270	-0.05710	-0.06070	-0.05830	-0.05850	-0.06110	-0.04510	-0.02280	0.01040;
    -0.02890	-0.01110	0.03860	0.04840	0.03210	0.01450	0.00130	-0.01030	-0.02430	-0.00328	-0.04050	-0.04490	-0.04960	-0.05700	-0.06590	-0.08240	-0.07260	-0.02270	-0.00530;
    -0.02430	-0.01290	0.02130	0.04470	0.03250	0.02480	0.01400	0.00470	-0.00530	-0.01620	-0.04100	-0.05450	-0.06170	-0.06970	-0.07840	-0.09120	-0.06720	-0.03329	-0.02220;
    -0.03950	-0.02470	-0.00630	0.01770	0.01960	0.01490	0.00820	0.00220	0.00030	-0.00810	-0.01660	-0.03000	-0.04380	-0.05580	-0.06550	-0.06320	-0.03940	-0.02020	-0.00580;
    -0.03640	-0.03050	0.00880	0.00670	0.00060	-0.00180	-0.00750	-0.00750	0.00040	-0.00400	-0.00120	-0.00890	-0.02030	-0.02890	-0.03180	-0.03830	-0.04010	-0.00110	0.00510;
    -0.01620	-0.01270	0.01810	0.00260	-0.00840	-0.01210	-0.01950	-0.01930	-0.00820	-0.00120	0.00660	0.00960	0.00460	-0.00330	-0.00480	-0.01630	-0.03170	-0.00120	0.00260;
    0.02670	0.02970	0.01770	0.00690	-0.00160	-0.00810	-0.01560	-0.02030	-0.01520	-0.00150	0.00150	0.01430	0.01570	0.00940	0.00490	-0.00350	-0.01480	-0.02630	-0.02360;
    0.02230	0.02610	0.02150	0.01670	0.01090	0.00840	0.00500	0.00160	-0.00020	-0.00610	-0.00550	-0.00890	-0.00960	-0.01050	-0.01140	-0.01720	-0.02250	-0.02680	-0.02330;
    0.00890	0.00770	0.00680	0.00140	-0.00360	-0.00440	-0.00570	-0.00100	-0.00090	-0.00240	-0.00420	-0.00470	-0.00540	-0.00580	-0.00570	-0.01090	-0.01570	-0.01700	-0.01810];

% Cnr(alpha1)
f16data.Cnr = [-0.51700 -0.51700 -0.51700 -0.46100 -0.41400 -0.39700 -0.37300 -0.45500 -0.55000 -0.58200 -0.59500 -0.63700 -1.02000 -0.84000 -0.54100 -0.35000 -0.35000 -0.07000 -0.15000 -0.15000]'; 

% dCnbeta(alpha1)
f16data.dCnbeta = [0 0 0 0 0 0 0 0 0 -0.0008 0.0010 0 0 0 0 0 0 0 0 0]';

% dCnr_lef(alpha2)
f16data.dCnr_lef = [0.1370    0.1370    0.1370    0.0980    0.0370    0.0160    0.0070    0.0140   -0.1030   -0.0980   -0.3100   -0.4370    0.1670    0.0840]';

% Cnp(alpha1)
f16data.Cnp = [-0.00060 -0.00060 -0.00060 0.04240 -0.00750 -0.02140 -0.03200 -0.03200 0.05000 0.15000 0.13000 0.15800 0.24000 0.15000 0.00000 -0.20000 -0.30000 0.15000 0.00000 0.00000]';

% dCnp_lef(alpha2)
f16data.dCnp_lef = [0.0615    0.0615    0.0615    0.0091    0.0610    0.0129    0.0439    0.0512   -0.0294    0.0017    0.0584    0.2110    0.3920    0.1960]';

%--------------------------------------------------------------------------
% Cl,T
%--------------------------------------------------------------------------
% Cl(alpha1,beta,de2)
f16data.Cl(:,:,1) = [-0.006	0.0065	0.0133	0.0217	0.0268	0.0238	0.0219	0.0179	0.0121	0	-0.0096	-0.0167	-0.021	-0.0239	-0.0245	-0.0196	-0.0107	-0.0039	-0.0118;
    -0.0048	0.0059	0.0178	0.0242	0.0187	0.0157	0.013	0.0106	0.0061	0	-0.0059	-0.0101	-0.0146	-0.0162	-0.0189	-0.0245	-0.0179	-0.006	0.0048;
    -0.0033	0.0095	0.0173	0.0184	0.0128	0.01	0.0088	0.0056	0.0027	0	-0.0047	-0.0077	-0.0118	-0.0136	-0.0158	-0.022	-0.014	-0.006	0.0069;
    0.0298	0.0245	0.0233	0.0211	0.0178	0.0144	0.0113	0.0072	0.003	0	-0.0039	-0.0081	-0.0123	-0.0149	-0.0188	-0.0221	-0.0241	-0.0253	-0.0209;
    0.0276	0.0285	0.0262	0.0225	0.0189	0.0151	0.0112	0.0075	0.0035	0	-0.0035	-0.0075	-0.0114	-0.0151	-0.0187	-0.0223	-0.026	-0.0283	-0.0274;
    0.039	0.0337	0.039	0.0282	0.024	0.0195	0.0142	0.0096	0.0049	0	-0.0047	-0.0094	-0.0138	-0.0188	-0.023	-0.0292	-0.0339	-0.0349	-0.0398;
    0.0562	0.0558	0.054	0.0455	0.0346	0.0285	0.0218	0.0147	0.0067	0	-0.0068	-0.0143	-0.0219	-0.0282	-0.0343	-0.0447	-0.0531	-0.0546	-0.055;
    0.0737	0.067	0.0629	0.0568	0.0439	0.0361	0.0272	0.0185	0.0091	0	-0.0087	-0.0183	-0.0286	-0.0367	-0.0433	-0.0568	-0.0626	-0.0672	-0.0736;
    0.0761	0.0708	0.0654	0.0551	0.0454	0.0377	0.0284	0.0185	0.0093	0	-0.0101	-0.018	-0.0293	-0.0369	-0.0448	-0.0542	-0.0642	-0.0694	-0.0743;
    0.091	0.0713	0.0627	0.0513	0.0397	0.0331	0.0261	0.0175	0.008	0	-0.0089	-0.0174	-0.0263	-0.0347	-0.0411	-0.0525	-0.0637	-0.0724	-0.0797;
    0.0743	0.0429	0.0101	0.011	0.0025	0.0152	0.018	0.0126	0.0091	0	-0.0066	-0.0124	-0.016	-0.0194	-0.0225	-0.0308	-0.035	-0.0628	-0.0943;
    0.0704	0.053	0.0453	0.0184	0.0067	-0.002	-0.0017	0.0028	-0.0011	0	0.0018	0.0009	-0.0003	0.003	0.01	-0.0017	-0.0281	-0.0358	-0.0533;
    0.0665	0.0605	0.0353	0.0132	0.0077	0.0092	0.0156	0.0096	0.0048	0	-0.0077	-0.0117	-0.0123	-0.015	-0.013	-0.018	-0.0403	-0.0656	-0.0716;
    0.0788	0.0563	0.0344	0.0234	0.015	0.014	0.0091	0.0089	0.0037	0	-0.0052	-0.0082	-0.0124	-0.0135	-0.0178	-0.0274	-0.037	-0.0579	-0.0804;
    0.0605	0.0568	0.0469	0.034	0.0169	0.0146	0.0129	0.0089	0.0055	0	-0.0022	-0.0065	-0.009	-0.017	-0.02	-0.0371	-0.05	-0.0599	-0.0636;
    0.0453	0.0323	0.0257	0.014	-0.0003	0.0024	0.0042	0.0025	0.0025	0	-0.0064	-0.013	-0.0176	-0.028	-0.0173	-0.0316	-0.0433	-0.0499	-0.0629;
    0.061	0.0413	0.0336	0.023	0.0137	0.0122	0.0106	0.0064	0.0048	0	-0.0026	-0.0049	-0.0095	-0.0132	-0.0141	-0.0234	-0.034	-0.0417	-0.0614;
    0.0713	0.0603	0.0501	0.0191	0.0221	0.019	0.0124	0.0097	0.0057	0	-0.0066	-0.0102	-0.0143	-0.0153	-0.0172	-0.0292	-0.0466	-0.0568	-0.0678;
    0.0614	0.0507	0.0405	0.0309	0.0202	0.0167	0.0167	0.0078	0.0067	0	-0.0039	-0.0075	-0.0124	-0.0156	-0.019	-0.0297	-0.0393	-0.0495	-0.0602;
    0.0601	0.046	0.0363	0.0253	0.0213	0.0183	0.0147	0.0091	0.0056	0	-0.0006	-0.0012	-0.0086	-0.0152	-0.0191	-0.0231	-0.0341	-0.0438	-0.0579];
f16data.Cl(:,:,2) = [-0.0153	-0.0028	0.0091	0.0188	0.0234	0.0173	0.0106	0.009	0.0041	0	-0.0031	-0.0064	-0.0084	-0.0128	-0.0171	-0.012	-0.0022	0.0097	0.0225;
    -0.0132	-0.0028	0.0077	0.0145	0.0104	0.0084	0.006	0.0039	0.0025	0	-0.0029	-0.005	-0.008	-0.0086	-0.0116	-0.016	-0.009	0.005	0.0119;
    -0.0102	-0.0013	0.0094	0.0134	0.0107	0.0102	0.0081	0.006	0.0011	0	-0.0004	-0.0048	-0.0071	-0.0091	-0.0102	-0.0135	-0.0094	0.0013	0.0108;
    0.0087	0.0153	0.0186	0.0194	0.0183	0.0156	0.0125	0.0088	0.0043	0	-0.0038	-0.0087	-0.0126	-0.0158	-0.0186	-0.0199	-0.0189	-0.0157	-0.0095;
    0.0157	0.019	0.0199	0.0207	0.0185	0.0153	0.011	0.0071	0.0033	0	-0.003	-0.0067	-0.0107	-0.0147	-0.0182	-0.0204	-0.0196	-0.0187	-0.0154;
    0.0318	0.0307	0.0296	0.0272	0.0219	0.018	0.0132	0.0089	0.0043	0	-0.0037	-0.0081	-0.0126	-0.0173	-0.0209	-0.0263	-0.0288	-0.0299	-0.031;
    0.051	0.051	0.0496	0.0422	0.0328	0.0271	0.0207	0.0139	0.0056	0	-0.0065	-0.0137	-0.0207	-0.0266	-0.0322	-0.0418	-0.0486	-0.0501	-0.0501;
    0.0732	0.0679	0.0638	0.0574	0.0433	0.0357	0.0274	0.0187	0.009	0	-0.0088	-0.0188	-0.0284	-0.0369	-0.043	-0.0567	-0.0624	-0.0663	-0.0714;
    0.0895	0.0815	0.0692	0.0579	0.0453	0.0354	0.027	0.0171	0.0076	0	-0.0085	-0.0177	-0.0271	-0.0365	-0.044	-0.0569	-0.0682	-0.0804	-0.0884;
    0.0884	0.0785	0.0665	0.0536	0.04	0.0326	0.0254	0.0181	0.0081	0	-0.0082	-0.0165	-0.0258	-0.033	-0.0403	-0.0538	-0.0669	-0.0788	-0.0882;
    0.082	0.0505	0.0234	0.0143	0.0064	0.0189	0.0196	0.0133	0.0071	0	-0.0057	-0.0118	-0.0165	-0.0205	-0.0248	-0.0327	-0.0418	-0.0687	-0.1003;
    0.079	0.061	0.039	0.0095	0.0037	0.0029	0.015	0.0143	0.0097	0	0.0016	0.0003	-0.0018	-0.0017	0.0011	-0.0034	-0.0326	-0.0547	-0.0726;
    0.0721	0.0573	0.0302	0.0087	0.005	0.0104	0.0174	0.0124	0.0062	0	-0.0075	-0.0108	-0.0131	-0.0145	-0.0148	-0.0185	-0.0399	-0.0671	-0.0815;
    0.0744	0.0576	0.0331	0.0248	0.017	0.0179	0.0163	0.0191	0.0115	0	-0.0042	-0.018	-0.0148	-0.0156	-0.0206	-0.0285	-0.0364	-0.0608	-0.0778;
    0.0534	0.0411	0.0262	0.0238	0.0147	0.0144	0.013	0.0091	0.0056	0	-0.0051	-0.0123	-0.0152	-0.0212	-0.0222	-0.0313	-0.0337	-0.0486	-0.0609;
    0.0587	0.0422	0.032	0.0261	0.0176	0.0151	0.0117	0.0065	0.0045	0	-0.004	-0.0081	-0.0133	-0.0187	-0.0201	-0.0286	-0.0346	-0.0488	-0.0613;
    0.065	0.0481	0.0387	0.0301	0.0229	0.0192	0.0155	0.0094	0.0063	0	-0.0029	-0.0055	-0.0111	-0.0163	-0.0188	-0.026	-0.0346	-0.044	-0.0609;
    0.0663	0.0538	0.0422	0.0307	0.0245	0.022	0.016	0.0128	0.0073	0	-0.005	-0.0069	-0.012	-0.0165	-0.022	-0.0282	-0.0397	-0.0513	-0.0638;
    0.0683	0.0554	0.043	0.0325	0.0208	0.0149	0.0126	0.0036	0.0045	0	-0.0045	-0.0086	-0.0134	-0.0159	-0.0186	-0.0303	-0.0408	-0.0532	-0.0661;
    0.0701	0.0534	0.041	0.0293	0.0205	0.0188	0.0163	0.011	0.0066	0	0	-0.0001	-0.0067	-0.0124	-0.0154	-0.0242	-0.0359	-0.0483	-0.065];
 f16data.Cl(:,:,3) = [-0.01380	-0.00900	0.01060	0.02270	0.02480	0.01450	0.01120	0.00500	0.00310	0.00000	-0.00330	-0.00810	-0.00770	-0.01600	-0.01860	-0.01670	-0.00440	-0.00740	-0.02560;
    -0.00610	0.00330	0.01400	0.02090	0.01570	0.01050	0.00660	0.00600	0.00270	0.00000	-0.00240	-0.00490	-0.00750	-0.00900	-0.01340	-0.01830	-0.01230	-0.00170	0.00810;
    0.00000	0.00740	0.01310	0.01510	0.01390	0.01080	0.00880	0.00340	0.00080	0.00000	-0.00060	-0.00510	-0.00760	-0.00960	-0.01300	-0.01400	-0.01230	-0.00650	0.00080;
    0.01710	0.01960	0.01860	0.02040	0.01810	0.01420	0.01110	0.00810	0.00390	0.00000	-0.00350	-0.00710	-0.01090	-0.01410	-0.01750	-0.02030	-0.01840	-0.01940	-0.01740;
    0.02670	0.02610	0.02450	0.02150	0.01880	0.01470	0.01050	0.00580	0.00260	0.00000	-0.00290	-0.00650	-0.01080	-0.01520	-0.01880	-0.02150	-0.02470	-0.02630	-0.02690;
    0.04270	0.03760	0.03550	0.02850	0.02200	0.01800	0.01380	0.00990	0.00650	0.00000	-0.00610	-0.01110	-0.01430	-0.01860	-0.02280	-0.02930	-0.03580	-0.03780	-0.04250;
    0.06220	0.05960	0.05510	0.04540	0.03310	0.02660	0.02080	0.01460	0.00740	0.00000	-0.00670	-0.01580	-0.02210	-0.02710	-0.03320	-0.04410	-0.05340	-0.05730	-0.05970;
    0.07760	0.06960	0.06230	0.05440	0.04350	0.03720	0.03030	0.02130	0.01120	0.00000	-0.01100	-0.02190	-0.03030	-0.03790	-0.04540	-0.05600	-0.06370	-0.07080	-0.07830;
    0.08300	0.07940	0.06940	0.05580	0.04270	0.03320	0.02430	0.01720	0.00790	0.00000	-0.01020	-0.02020	-0.02150	-0.02940	-0.03940	-0.05200	-0.06530	-0.07530	-0.07840;
    0.08920	0.07600	0.06350	0.05240	0.03060	0.02140	0.01740	0.01360	0.00610	0.00000	-0.00770	-0.01420	-0.02020	-0.02210	-0.02770	-0.04930	-0.06050	-0.07320	-0.08640;
    0.07910	0.04520	0.01940	0.00410	-0.00460	0.01120	0.01090	0.00610	0.00310	0.00000	-0.00380	-0.00720	-0.01070	-0.01280	-0.01560	-0.02410	-0.03910	-0.06490	-0.09890;
    0.07510	0.05630	0.03480	0.00710	-0.00300	-0.00770	-0.00020	0.00850	0.00160	0.00000	-0.00040	-0.00060	0.00050	0.00290	0.00860	-0.00130	-0.02910	-0.05030	-0.06910;
    0.06730	0.05830	0.02970	0.00500	-0.00020	0.00310	0.01060	0.00530	0.00550	0.00000	-0.00540	-0.00770	-0.00990	-0.00580	-0.00680	-0.01200	-0.03670	-0.06540	-0.07410;
    0.07780	0.06250	0.04110	0.03260	0.01870	0.01630	0.01410	0.01650	0.01150	0.00000	-0.00210	-0.00790	-0.01050	-0.01340	-0.01490	-0.02880	-0.03750	-0.05880	-0.07380;
    0.06190	0.05190	0.03930	0.03260	0.01920	0.01170	0.01510	0.01030	0.00620	0.00000	-0.00470	-0.01150	-0.01510	-0.02300	-0.02580	-0.03920	-0.04590	-0.05850	-0.06850;
    0.04760	0.03360	0.02580	0.01490	0.00160	0.00450	0.00660	0.00460	0.00350	0.00000	-0.00780	-0.01570	-0.02150	-0.02440	-0.02320	-0.03650	-0.04740	-0.05520	-0.06920;
    0.06110	0.04280	0.03210	0.02630	0.02190	0.01650	0.01610	0.01020	0.00710	0.00000	-0.00420	-0.00810	-0.01420	-0.01900	-0.02110	-0.02550	-0.03130	-0.04200	-0.06030;
    0.06540	0.05020	0.03580	0.02240	0.01850	0.01750	0.01300	0.01120	0.00640	0.00000	-0.00640	-0.00970	-0.01460	-0.01810	-0.02090	-0.02900	-0.04240	-0.05680	-0.07200;
    0.06380	0.05060	0.03800	0.02870	0.01790	0.01380	0.01340	0.00500	0.00520	0.00000	-0.00280	-0.00520	-0.01010	-0.01470	-0.01940	-0.03020	-0.03950	-0.05210	-0.06530;
    0.06070	0.04860	0.04070	0.03050	0.02110	0.01800	0.01650	0.01160	0.00700	0.00000	-0.00080	-0.00170	-0.01980	-0.01300	-0.01500	-0.02440	-0.03460	-0.04250	-0.05460];
    

% Cl_lef(alpha2,beta)
f16data.Cl_lef = [-0.0205	-0.017	-0.0076	0.0047	0.015	0.0134	0.0008	0.0013	0.0027	0	-0.0012	-0.0031	-0.0054	-0.0051	-0.0054	0.0036	0.0159	0.0256	0.0297;
    -0.006	-0.0042	-0.0007	0.0033	0.0006	-0.0002	0.0022	0.0039	0.0019	0	-0.0015	-0.003	-0.0039	-0.0028	-0.0003	-0.0024	0.0023	0.0052	0.0072;
    -0.0081	-0.0061	-0.0001	0.0018	0.0034	0.0022	0.0016	0.0006	0	0	-0.0003	-0.0008	-0.0011	-0.002	-0.0026	-0.0007	0.0007	0.0071	0.0093;
    0.0106	0.0102	0.0104	0.0103	0.0093	0.0073	0.0052	0.003	0.0012	0	-0.001	-0.0027	-0.0044	-0.0065	-0.0087	-0.01	-0.0103	-0.0102	-0.0106;
    0.0238	0.0232	0.0224	0.024	0.0168	0.0134	0.0098	0.006	0.0029	0	-0.0027	-0.0058	-0.0094	-0.0134	-0.0164	-0.02	-0.022	-0.0228	-0.0234;
    0.039	0.0361	0.0353	0.0315	0.0248	0.0202	0.0149	0.01	0.0049	0	-0.0049	-0.01	-0.0149	-0.0206	-0.025	-0.0317	-0.0355	-0.0363	-0.0392;
    0.0485	0.0463	0.043	0.0347	0.0263	0.0213	0.0155	0.01	0.0046	0	-0.0048	-0.0115	-0.0175	-0.0227	-0.0278	-0.036	-0.0443	-0.0476	-0.0498;
    0.0462	0.0462	0.045	0.042	0.0297	0.0241	0.0172	0.0113	0.0052	0	-0.0056	-0.0123	-0.0187	-0.0248	-0.0304	-0.0369	-0.0399	-0.0411	-0.0411;
    0.048	0.0335	0.029	0.0209	0.0158	0.0141	0.0095	0.0058	0.0005	0	-0.006	-0.0117	-0.0175	-0.0183	-0.0203	-0.025	-0.0335	-0.0378	-0.0521;
    0.0731	0.0573	0.0371	0.0221	0.0233	0.0203	0.0175	0.012	0.0061	0	-0.0058	-0.0128	-0.0183	-0.0186	-0.026	-0.0248	-0.0398	-0.061	-0.0758;
    0.0752	0.0632	0.0428	0.0235	0.0106	0.0133	0.0138	0.0094	0.0075	0	-0.0063	-0.0095	-0.011	-0.0101	-0.0151	-0.028	-0.0473	-0.0677	-0.0797;
    0.0528	0.0479	0.0422	0.019	0.0078	0.0069	0.0117	0.007	0.0022	0	0.0014	-0.0057	-0.0076	-0.0077	-0.0091	-0.0203	-0.0435	-0.0492	-0.0541;
    0.0555	0.0435	0.0339	0.0173	0.0094	0.0156	0.0193	0.011	0.011	0	-0.0074	-0.0126	-0.0194	-0.0213	-0.0253	-0.0332	-0.0498	-0.0594	-0.0714;
    0.05	0.0493	0.0351	0.0306	0.0179	0.0158	0.0128	0.0077	0.0019	0	-0.0118	-0.0124	-0.015	-0.0173	-0.0214	-0.0341	-0.0386	-0.0528	-0.0535];


% Cl_da20(alpha1,beta)
f16data.Cl_da20 = [-0.0499   -0.0325   -0.0184   -0.0113   -0.0023   -0.0059   -0.0125   -0.0116   -0.0170   -0.0211   -0.0242   -0.0271   -0.0331   -0.0352   -0.0392  -0.0302   -0.0231   -0.0090    0.0084;
   -0.0476   -0.0346   -0.0215   -0.0132   -0.0180   -0.0211   -0.0246   -0.0248   -0.0284   -0.0311   -0.0320   -0.0341   -0.0366   -0.0349   -0.0386  -0.0434   -0.0351   -0.0220   -0.0090;
   -0.0452   -0.0339   -0.0272   -0.0245   -0.0250   -0.0259   -0.0267   -0.0292   -0.0337   -0.0325   -0.0327   -0.0349   -0.0371   -0.0401   -0.0433  -0.0438   -0.0411   -0.0344   -0.0231;
   -0.0344   -0.0303   -0.0258   -0.0230   -0.0242   -0.0270   -0.0301   -0.0334   -0.0368   -0.0402   -0.0440   -0.0480   -0.0511   -0.0541   -0.0555  -0.0567   -0.0539   -0.0494   -0.0453;
   -0.0404   -0.0372   -0.0327   -0.0302   -0.0323   -0.0342   -0.0373   -0.0414   -0.0451   -0.0482   -0.0510   -0.0536   -0.0570   -0.0595   -0.0624  -0.0645   -0.0620   -0.0575   -0.0543;
   -0.0251   -0.0256   -0.0241   -0.0252   -0.0297   -0.0334   -0.0378   -0.0425   -0.0472   -0.0517   -0.0554   -0.0586   -0.0618   -0.0653   -0.0685  -0.0730   -0.0741   -0.0726   -0.0731;
   -0.0031   -0.0026   -0.0027   -0.0091   -0.0185   -0.0235   -0.0301   -0.0366   -0.0437   -0.0501   -0.0557   -0.0608   -0.0665   -0.0717   -0.0771  -0.0865   -0.0929   -0.0930   -0.0925;
    0.0158    0.0145    0.0121    0.0063   -0.0068   -0.0135   -0.0214   -0.0313   -0.0401   -0.0492   -0.0576   -0.0656   -0.0729   -0.0780   -0.0855  -0.0986   -0.1044   -0.1068   -0.1081;
    0.0074    0.0045    0.0038    0.0063    0.0026   -0.0053   -0.0137   -0.0228   -0.0322   -0.0416   -0.0515   -0.0606   -0.0689   -0.0784   -0.0863  -0.0900   -0.0875   -0.0882   -0.0911;
    0.0296    0.0258    0.0237    0.0157    0.0046   -0.0025   -0.0105   -0.0202   -0.0287   -0.0374   -0.0454   -0.0536   -0.0617   -0.0686   -0.0763  -0.0874   -0.0954   -0.0975   -0.1013;
    0.0404    0.0081   -0.0149   -0.0074   -0.0196   -0.0105   -0.0122   -0.0193   -0.0244   -0.0306   -0.0362   -0.0429   -0.0456   -0.0493   -0.0501  -0.0623   -0.0548   -0.0778   -0.1101;
    0.0309    0.0126    0.0020   -0.0246   -0.0223   -0.0246   -0.0172   -0.0215   -0.0275   -0.0358   -0.0354   -0.0373   -0.0361   -0.0343   -0.0324  -0.0301   -0.0567   -0.0673   -0.0856;
    0.0419    0.0253    0.0041   -0.0183   -0.0154   -0.0061   -0.0014   -0.0057   -0.0117   -0.0195   -0.0276   -0.0310   -0.0347   -0.0346   -0.0339  -0.0310   -0.0534   -0.0746   -0.0912;
    0.0579    0.0418    0.0181    0.0110    0.0035    0.0019         0   -0.0010   -0.0018   -0.0116   -0.0170   -0.0198   -0.0243   -0.0236   -0.0311  -0.0386   -0.0457   -0.0694   -0.0855;
    0.0415    0.0304    0.0210    0.0194    0.0072    0.0061    0.0046    0.0007   -0.0017   -0.0069   -0.0129   -0.0218   -0.0249   -0.0302   -0.0297  -0.0419   -0.0435   -0.0529   -0.0640;
    0.0467    0.0291    0.0239    0.0180    0.0083    0.0054    0.0013   -0.0026   -0.0048   -0.0100   -0.0143   -0.0204   -0.0237   -0.0283   -0.0296  -0.0393   -0.0452   -0.0504   -0.0680;
    0.0490    0.0323    0.0267    0.0182    0.0089    0.0046   -0.0005   -0.0043   -0.0070   -0.0119   -0.0155   -0.0193   -0.0235   -0.0277   -0.0296  -0.0389   -0.0474   -0.0530   -0.0697;
    0.0405    0.0396    0.0286    0.0184    0.0070    0.0070   -0.0035   -0.0060   -0.0067   -0.0088   -0.0146   -0.0156   -0.0207   -0.0250   -0.0270  -0.0384   -0.0486   -0.0596   -0.0685;
    0.0616    0.0483    0.0387    0.0293    0.0161    0.0127    0.0091    0.0048    0.0027   -0.0023   -0.0069   -0.0136   -0.0140   -0.0185   -0.0225  -0.0357   -0.0451   -0.0547   -0.0680;
    0.0706    0.0522    0.0400    0.0317    0.0182    0.0143    0.0105    0.0076    0.0037    0.0012   -0.0035   -0.0062   -0.0100   -0.0133   -0.0170  -0.0305   -0.0388   -0.0510   -0.0694];

% Cl_da20lef(alpha2,beta)
f16data.Cl_da20lef = [-0.0522   -0.0388   -0.0295   -0.0190   -0.0133   -0.0214   -0.0230   -0.0214   -0.0213   -0.0219   -0.0217   -0.0242   -0.0274   -0.0289   -0.0304  -0.0245   -0.0137   -0.0038    0.0101;
   -0.0462   -0.0450   -0.0440   -0.0419   -0.0373   -0.0351   -0.0328   -0.0283   -0.0284   -0.0307   -0.0324   -0.0328   -0.0339   -0.0348   -0.0357  -0.0313   -0.0284   -0.0272   -0.0253;
   -0.0487   -0.0476   -0.0407   -0.0409   -0.0382   -0.0361   -0.0375   -0.0380   -0.0391   -0.0399   -0.0403   -0.0406   -0.0412   -0.0439   -0.0446  -0.0427   -0.0425   -0.0347   -0.0336;
   -0.0419   -0.0447   -0.0428   -0.0407   -0.0446   -0.0458   -0.0469   -0.0493   -0.0508   -0.0524   -0.0533   -0.0537   -0.0550   -0.0566   -0.0578  -0.0614   -0.0591   -0.0579   -0.0603;
   -0.0295   -0.0292   -0.0307   -0.0313   -0.0354   -0.0387   -0.0410   -0.0450   -0.0486   -0.0512   -0.0541   -0.0568   -0.0599   -0.0623   -0.0651  -0.0696   -0.0699   -0.0707   -0.0704;
   -0.0165   -0.0188   -0.0174   -0.0204   -0.0271   -0.0316   -0.0364   -0.0414   -0.0474   -0.0527   -0.0574   -0.0618   -0.0661   -0.0705   -0.0750  -0.0819   -0.0840   -0.0841   -0.0858;
    0.0048    0.0017   -0.0026   -0.0198   -0.0179   -0.0221   -0.0277   -0.0329   -0.0389   -0.0432   -0.0479   -0.0529   -0.0576   -0.0625   -0.0674  -0.0759   -0.0830   -0.0872   -0.0901;
   -0.0069   -0.0068   -0.0063   -0.0089   -0.0156   -0.0195   -0.0265   -0.0321   -0.0378   -0.0447   -0.0489   -0.0526   -0.0584   -0.0643   -0.0699  -0.0761   -0.0795   -0.0787   -0.0783;
    0.0156    0.0048    0.0053    0.0037   -0.0065   -0.0075   -0.0100   -0.0148   -0.0190   -0.0229   -0.0282   -0.0345   -0.0369   -0.0405   -0.0415  -0.0516   -0.0527   -0.0521   -0.0634;
    0.0308    0.0244    0.0078   -0.0102   -0.0021   -0.0006   -0.0086   -0.0144   -0.0196   -0.0261   -0.0306   -0.0369   -0.0417   -0.0441   -0.0464  -0.0386   -0.0485   -0.0657   -0.0820;
    0.0380    0.0302    0.0149    0.0016   -0.0080   -0.0039   -0.0111   -0.0148   -0.0212   -0.0238   -0.0333   -0.0372   -0.0376   -0.0354   -0.0357  -0.0458   -0.0589   -0.0742   -0.0817;
    0.0232    0.0189    0.0168   -0.0049   -0.0121   -0.0153   -0.0107   -0.0166   -0.0238   -0.0263   -0.0301   -0.0318   -0.0357   -0.0356   -0.0354  -0.0429   -0.0644   -0.0665   -0.0707;
    0.0436    0.0345    0.0217    0.0087    0.0033    0.0121    0.0088    0.0090    0.0071   -0.0080   -0.0097   -0.0210   -0.0288   -0.0347   -0.0351  -0.0405   -0.0534   -0.0665   -0.0754;
    0.0499    0.0450    0.0350    0.0263    0.0128    0.0097    0.0089    0.0058    0.0002   -0.0059   -0.0096   -0.0168   -0.0172   -0.0232   -0.0233  -0.0378   -0.0460   -0.0560   -0.0599];

% Cl_dr30(alpha1,beta)
f16data.Cl_dr30 = [-0.0100    0.0057    0.0178    0.0291    0.0365    0.0364    0.0336    0.0316    0.0251    0.0216    0.0159    0.0154    0.0142    0.0100    0.0005   0.0079    0.0191    0.0311    0.0465;
   -0.0062    0.0064    0.0192    0.0249    0.0258    0.0263    0.0271    0.0243    0.0213    0.0192    0.0168    0.0149    0.0121    0.0109    0.0066   0.0076    0.0150    0.0275    0.0440;
   -0.0054    0.0058    0.0172    0.0212    0.0240    0.0255    0.0268    0.0246    0.0205    0.0187    0.0172    0.0131    0.0113    0.0098    0.0047   0.0076    0.0115    0.0230    0.0343;
    0.0260    0.0316    0.0342    0.0330    0.0310    0.0311    0.0289    0.0252    0.0204    0.0153    0.0111    0.0072    0.0031   -0.0010   -0.0047  -0.0068   -0.0079   -0.0050    0.0006;
    0.0291    0.0328    0.0338    0.0329    0.0293    0.0298    0.0261    0.0220    0.0181    0.0145    0.0111    0.0078    0.0035   -0.0010   -0.0054  -0.0087   -0.0093   -0.0080   -0.0044;
    0.0410    0.0430    0.0430    0.0394    0.0330    0.0314    0.0271    0.0230    0.0183    0.0138    0.0097    0.0056    0.0008   -0.0045   -0.0087  -0.0152   -0.0183   -0.0183   -0.0205;
    0.0638    0.0638    0.0624    0.0550    0.0440    0.0399    0.0341    0.0278    0.0207    0.0135    0.0071    0.0004   -0.0071   -0.0138   -0.0201  -0.0309   -0.0383   -0.0397   -0.0397;
    0.0820    0.0770    0.0730    0.0653    0.0518    0.0481    0.0410    0.0328    0.0227    0.0134    0.0046   -0.0045   -0.0143   -0.0239   -0.0320  -0.0454   -0.0530   -0.0570   -0.0620;
    0.1090    0.0930    0.0810    0.0710    0.0532    0.0476    0.0414    0.0315    0.0227    0.0139    0.0058   -0.0030   -0.0120   -0.0231   -0.0324  -0.0501   -0.0598   -0.0719   -0.0799;
    0.0930    0.0836    0.0716    0.0609    0.0447    0.0425    0.0367    0.0307    0.0228    0.0145    0.0049   -0.0032   -0.0118   -0.0212   -0.0302  -0.0466   -0.0571   -0.0690   -0.0784;
    0.0820    0.0505    0.0236    0.0170    0.0047    0.0242    0.0271    0.0246    0.0215    0.0128    0.0082    0.0012   -0.0052   -0.0092   -0.0165  -0.0291   -0.0358   -0.0625   -0.0939;
    0.0640    0.0550    0.0330    0.0033   -0.0018   -0.0037    0.0099    0.0121    0.0076    0.0012    0.0007         0   -0.0010   -0.0015   -0.0033  -0.0085   -0.0379   -0.0600   -0.0690;
    0.0584    0.0577    0.0360    0.0088    0.0047    0.0092    0.0143    0.0140    0.0129    0.0030   -0.0006   -0.0053   -0.0073   -0.0088   -0.0110  -0.0143   -0.0426   -0.0641   -0.0648;
    0.0825    0.0635    0.0405    0.0319    0.0229    0.0200    0.0229    0.0236    0.0139    0.0013    0.0017   -0.0056   -0.0091   -0.0109   -0.0174  -0.0263   -0.0349   -0.0578   -0.0771;
    0.0536    0.0446    0.0302    0.0250    0.0164    0.0162    0.0156    0.0124    0.0087    0.0033   -0.0035   -0.0074   -0.0137   -0.0143   -0.0195  -0.0279   -0.0332   -0.0479   -0.0570;
    0.0580    0.0430    0.0325    0.0260    0.0161    0.0143    0.0120    0.0081    0.0064    0.0014   -0.0039   -0.0069   -0.0138   -0.0161   -0.0194  -0.0281   -0.0347   -0.0454   -0.0600;
    0.0600    0.0448    0.0350    0.0270    0.0182    0.0157    0.0130    0.0077    0.0048   -0.0012   -0.0055   -0.0078   -0.0140   -0.0172   -0.0202  -0.0290   -0.0375   -0.0470   -0.0624;
    0.0656    0.0550    0.0440    0.0330    0.0229    0.0206    0.0162    0.0112    0.0039   -0.0005   -0.0023   -0.0077   -0.0125   -0.0165   -0.0209  -0.0308   -0.0420   -0.0529   -0.0636;
    0.0680    0.0570    0.0450    0.0341    0.0219    0.0183    0.0116    0.0118    0.0063   -0.0005   -0.0045   -0.0065   -0.0108   -0.0162   -0.0173  -0.0292   -0.0401   -0.0522   -0.0634;
    0.0660    0.0532    0.0390    0.0269    0.0174    0.0156    0.0102    0.0089    0.0069    0.0008   -0.0030   -0.0051   -0.0074   -0.0132   -0.0156  -0.0247   -0.0368   -0.0513   -0.0638];

% Clr(alpha1)
f16data.Clr = [-0.1550   -0.1550   -0.1550   -0.2010   -0.0024    0.0880    0.2050    0.2200    0.3190    0.4370    0.6800    0.1000    0.4470   -0.3300   -0.0680   0.1180    0.0802    0.0529    0.0868   -0.0183]';

% dClbeta(alpha1)
f16data.dClbeta = [0 0 0 0 0 0 0 0.0007 0.0005 0.0003 0 0 0 0 0 0 0 0 0 0]';

% dClr_lef(alpha2)
f16data.dClr_lef = [0.0290    0.0290    0.0290    0.1750    0.0665    0.0360    0.0070    0.0660    0.2010    0.0060   -0.0680   -0.5370   -0.7870   -0.3940]';

% Clp(alpha1)
f16data.Clp = [-0.3660   -0.3660   -0.3660   -0.3770   -0.3450   -0.4340   -0.4080   -0.3880   -0.3290   -0.2940   -0.2300   -0.2100   -0.1200    -0.1000   -0.1000  -0.1200   -0.1400   -0.1000   -0.1500   -0.2000]';

% dClp_lef(alpha2)
f16data.dClp_lef = [0.0060    0.0060    0.0060    0.0180   -0.1000    0.0200    0.0580    0.0870    0.0270   -0.0560   -0.0820    0.3620    0.1940    0.0970]';
